Elsevier 2023 SDG mapping
Tips
How to read a Scopus query
The Scopus queries presented in this view correspond to what is known on scopus.com as advanced search queries. Advanced searches allow a query creator to create complex and robust queries using field codes, Boolean operators, or proximity operators. We detail each of these elements below.
Field codes
A typical publication's Scopus record contains a myriad of information about it. To make this information easily usable, this information is structured and parsed apart in different fields, each containing a given type of information. For example, the title field contains a publication's title, and the publication year field informs us about when a given publication was first made public.
Field codes are there to indicate which field(s) we would like to source information from when conducting a given search. To avoid searches becoming overly long, they are usually shortened words such as ABS, which stands for "Abstract". The most commonly-used field codes used by our query-building team are:
- TITLE-ABS-KEY
Searches through the Title, Abstract, and all Keywords - TITLE-ABS
Searches only through the Title and Abstract - AUTHKEY
Searches only through the Author-defined keywords - SRCTITLE
Searches only through the journal or conference proceedings' titles
To conduct a search in a given field, the syntax is always field-code(search-term).
The field codes used can potentially have a deep impact on a search. For example, searching for "Canada" in field AFFILCOUNTRY would return publications where at least one author was affiliated with a Canadian institution, while the same search conducted in field TITLE-ABS-KEY would return articles that concern Canada.
Boolean operators
In most cases, conducting a Scopus search using a single field code or a single term is not sufficient to obtain a robust set of results. To remedy this, Scopus searches make use of boolean operators to allow for the combination of different terms or query parts. The allowed operators are
- OR
At least one of the terms must appear in the specified field, or at least one of the searches must match - AND
Both of the terms must appear in the specified field, or both searches must match - AND NOT
Only the first term must appear in the specified field, or only the first search must match
Boolean operators are applied in the order they were listed above. Therefore, KEY(mouse AND NOT cat OR dog) is interpreted as KEY((mouse) AND NOT (cat OR dog)).
Proximity operators
In some instances, a certain word is deemed relevant to a topic only if it is close to another word in the text, or certain phrasings might space out two related words defining a topic, which we could want to be tolerant to. For example, the sentence "publishing scholarly journals" is relevant to the topic of "scholarly publishing", but searching for "scholarly publishing" alone would not capture an article that used this expression.
Using proximity searches enable building queries that are tolerant to such things. Two proximity search operators are available in Scopus:
- W/n
Both terms must be within n words of each other, but not in any particular order - PRE/n
Both terms must be within n words of each other, in the order they are listed in
For example, the search TITLE-ABS-KEY("journal" W/2 "publishing") would capture the sentence from the example above, but TITLE-ABS-KEY("journal" PRE/2 "publishing") would not, since the words are not in the same order.
Introduction
The United Nations Sustainable Development Goals (SDGs) challenge the global community to build a world where no one is left behind.
Since 2018, Elsevier has generated SDG search queries to help researchers and institutions track and demonstrate progress toward the SDG targets. In the past 3 years, these queries, along with the university’s own data and evidence supporting progress and contributions to the particular SDG outside of research-based metrics, are used for the THE Impact Rankings.
Method
For 2023, the SDGs use the exact same search query and ML algorithm as the Elsevier 2022 SDG mappings, with only minor modifications to five SDGs, namely SDG 1, 4, 5, 7 and 14. In these cases, the queries were shortened by removing exclusion lists based on journal identifiers. These exclusion lists often contained thousands of items to filter out content in journals that were not core to the SDGs.
To replicate the effect of these journal exclusions, sets of keywords were used to closely mimic the effects the journal exclusions had on the SDG content, while greatly reducing the overall query size and complexity. By following this approach, we were able to limit the changes to the publications in each SDG by less than 2 percent for most SDGs, while reducing the query size by 50 percent or more.
These shortened queries also have the added benefit of running faster in Scopus, allowing further analysis of the SDG data to be done more easily. Full details of the 2022 methodology are available on Digital Commons Data.
SDG 9 – Industry, Innovation and Infrastructure
Query
Below is the full search query used for SDG 9 – Industry, Innovation and Infrastructure. We’ve broken it down by each query component. Use the + and – buttons to expand or concatenate the different bracket levels.
Subfields of science
In this section, we show how the publication set, captured by the query above, relates to the Science-Metrix classification system.As shown in Figure 1, the publications related to this publication set fall mainly under the subfields of Energy (83,314 publications), Industrial Engineering & Automation (76,079 publications) and Materials (73,306 publications). The total share of each subfield included under the publication set are presented upon hovering your cursor over the bars.
Journals
In this section, we show how the publication set, captured by the query above, relates to scholarly journals. Journals are sorted in terms of their total output in the field. The horizontal bars are proportional to the number of publications contributed by the journal to the current publication set. To see the proportion of the total publications in the journal contributing to this publication set or their relevance score, you can hover your cursor over the bars.The articles on this topic are published most frequently in the following journals: Journal of Cleaner Production (13,461 publications), Proceedings of SPIE - The International Society for Optical Engineering (13,016 publications) and Sustainability (Switzerland) (12,666 publications).
Keywords
Elsevier’s Scopus database of scientific literature, was used for the table below. The document types included in the data sets are journal articles, reviews, short surveys and conference papers, covering the period 1996–2022. We refer to these documents collectively as “publications” or “papers”.In order to help better illustrate the content of this set of publications, indicators associated with the keywords most specific to this set (according to a TF-IDF score) are presented below.
Term | Papers with this term in the publication set | Papers with this term in all of Scopus | Relevance (tf-idf) | Percentage of Scopus |
---|---|---|---|---|
closed-loop supply chain | 2374 | 2579 | 18.935619 | 92 |
arc additive manufacturing | 1897 | 2061 | 18.930617 | 92 |
micromachining process | 2142 | 2343 | 18.922845 | 91 |
laser micromachining | 2711 | 3006 | 18.890134 | 90 |
micro-fabrication | 1814 | 2019 | 18.882717 | 90 |
bulk micromachining | 1506 | 1663 | 18.876354 | 91 |
fused filament fabrication (fff) | 1457 | 1606 | 18.874510 | 91 |
broadband wireless access | 1605 | 1787 | 18.869936 | 90 |
fused filament fabrication | 2440 | 2745 | 18.868299 | 89 |
metal additive manufacturing | 1918 | 2160 | 18.864508 | 89 |
additive manufacturing (am) process | 1212 | 1318 | 18.862523 | 92 |
micro-machining | 2494 | 2815 | 18.861099 | 89 |
the industrial internet | 2249 | 2544 | 18.859783 | 88 |
industrial internet of things (iiot) | 2706 | 3049 | 18.859377 | 89 |
filament fabrication | 2503 | 2829 | 18.858333 | 88 |
web accessibility | 1710 | 1925 | 18.856671 | 89 |
life cycle assessment method | 1294 | 1424 | 18.855716 | 91 |
surface micromachining | 2433 | 2763 | 18.850483 | 88 |
smart factory | 2106 | 2405 | 18.841642 | 88 |
cloud manufacturing | 1584 | 1793 | 18.838158 | 88 |
sustainable manufacturing | 3151 | 3562 | 18.836909 | 88 |
fused filament | 2498 | 2859 | 18.834463 | 87 |
microfabrication process | 1448 | 1635 | 18.829973 | 89 |
slm process | 1545 | 1754 | 18.829601 | 88 |
remanufactured product | 945 | 1007 | 18.827995 | 94 |
additive manufacturing processes | 1653 | 1887 | 18.827609 | 88 |
e. additive manufacturing | 1666 | 1904 | 18.826351 | 88 |
waam | 1520 | 1728 | 18.824877 | 88 |
eco-innovation | 1520 | 1730 | 18.822776 | 88 |
railway infrastructure | 2062 | 2393 | 18.811052 | 86 |
wire arc additive manufacturing | 1012 | 1104 | 18.808922 | 92 |
remanufactured products | 834 | 878 | 18.804434 | 95 |
industry 4.0 technologies | 1182 | 1324 | 18.804209 | 89 |
smart factor | 3086 | 3556 | 18.802289 | 87 |
life-cycle assessment | 3282 | 3769 | 18.800194 | 87 |
smart factories | 1419 | 1627 | 18.799055 | 87 |
wire electrical discharge machining | 1512 | 1743 | 18.798872 | 87 |
additive manufacturing technology | 2300 | 2688 | 18.797687 | 86 |
laser powder bed fusion (lpbf) | 1654 | 1920 | 18.797019 | 86 |
reverse logistics | 3667 | 4184 | 18.793668 | 88 |
laser additive manufacturing | 1196 | 1350 | 18.793381 | 89 |
industrial symbiosis | 1355 | 1556 | 18.788373 | 87 |
industrial ecology | 2991 | 3481 | 18.786852 | 86 |
life cycle assessments | 1211 | 1376 | 18.784500 | 88 |
infrastructure asset | 1356 | 1564 | 18.780627 | 87 |
4.0 technologies | 1442 | 1674 | 18.779234 | 86 |
internet service providers (isps) | 1089 | 1225 | 18.776141 | 89 |
electrical discharge machining (edm) | 2605 | 3071 | 18.775297 | 85 |
ultra-precision machining | 1166 | 1326 | 18.774214 | 88 |
reverse logistic | 3814 | 4378 | 18.773773 | 87 |
infrastructure planning | 2288 | 2709 | 18.773162 | 84 |
internet service providers | 2660 | 3138 | 18.772403 | 85 |
innovation knowledge | 2738 | 3230 | 18.769966 | 85 |
additive manufacturing process | 4421 | 4999 | 18.768991 | 88 |
sustainable supply chain management | 1322 | 1535 | 18.764004 | 86 |
micro machining | 1185 | 1359 | 18.763131 | 87 |
additive manufacturing. | 3286 | 3848 | 18.761706 | 85 |
lpbf | 2056 | 2451 | 18.760676 | 84 |
internet infrastructure | 1566 | 1849 | 18.759866 | 85 |
smart manufacturing | 3861 | 4465 | 18.756373 | 86 |
life-cycle assessment (lca) | 1073 | 1218 | 18.756275 | 88 |
sustainable supply chain | 3018 | 3567 | 18.755753 | 85 |
infrastructure management | 2108 | 2524 | 18.752748 | 84 |
public transportation system | 1926 | 2304 | 18.752376 | 84 |
eco-inn | 1593 | 1891 | 18.752076 | 84 |
wire electrical discharge | 1635 | 1946 | 18.750047 | 84 |
fused deposition modeling (fdm) | 2747 | 3275 | 18.749322 | 84 |
micro-edm | 1029 | 1165 | 18.749180 | 88 |
micromachining technology | 1465 | 1732 | 18.748642 | 85 |
microfabrication technique | 1820 | 2179 | 18.747979 | 84 |
additive manufacturing technique | 2303 | 2770 | 18.743196 | 83 |
fused deposition modelling | 1993 | 2398 | 18.742706 | 83 |
green supply chain | 3090 | 3674 | 18.740989 | 84 |
laser additive | 1354 | 1597 | 18.740248 | 85 |
additive manufacturing technologies | 1614 | 1930 | 18.740151 | 84 |
intelligent manufacturing | 3476 | 4097 | 18.739453 | 85 |
cleaner production | 3933 | 4585 | 18.736265 | 86 |
industry 4.0. | 4061 | 4717 | 18.736174 | 86 |
l-pbf | 1220 | 1427 | 18.734707 | 85 |
laser cladding process | 951 | 1071 | 18.734557 | 89 |
industrial internet of things | 4738 | 5399 | 18.734193 | 88 |
iso 26262 | 919 | 1029 | 18.733411 | 89 |
industrial internet of thing | 4759 | 5422 | 18.733253 | 88 |
remanufactured | 1754 | 2114 | 18.733199 | 83 |
digital inclusion | 1275 | 1501 | 18.732362 | 85 |
comparative life cycle assessment | 768 | 828 | 18.731665 | 93 |
collaborative robot | 2581 | 3114 | 18.731564 | 83 |
nanomanufacturing | 1205 | 1410 | 18.731315 | 85 |
green manufacturing | 1780 | 2149 | 18.731095 | 83 |
green supply chain management | 1688 | 2034 | 18.730500 | 83 |
internet service provider | 3890 | 4557 | 18.729007 | 85 |
green infrastructure | 5102 | 5769 | 18.727471 | 88 |
industry innovation | 1424 | 1700 | 18.726800 | 84 |
collaborative robots | 1398 | 1667 | 18.726010 | 84 |
green supply | 3113 | 3733 | 18.723344 | 83 |
industrial iot | 2016 | 2453 | 18.722037 | 82 |
infrastructure systems | 3657 | 4328 | 18.721727 | 84 |
femtosecond laser micromachining | 779 | 848 | 18.721103 | 92 |
agile manufacturing | 1286 | 1525 | 18.721075 | 84 |
laser powder bed fusion | 4132 | 4830 | 18.719316 | 86 |
ict infrastructure | 1696 | 2057 | 18.718944 | 82 |
fused deposition modelling (fdm) | 1155 | 1358 | 18.713137 | 85 |
alsi10mg | 1548 | 1874 | 18.712974 | 83 |
microfabrication techniques | 1436 | 1730 | 18.711649 | 83 |
road infrastructure | 4442 | 5165 | 18.711370 | 86 |
ict4d | 1039 | 1205 | 18.709919 | 86 |
laser powder bed | 4207 | 4932 | 18.709029 | 85 |
green infrastructure (gi) | 688 | 731 | 18.709011 | 94 |
virtual prototyping | 3232 | 3897 | 18.707032 | 83 |
micromachining technique | 1633 | 1990 | 18.706772 | 82 |
access to the internet | 3018 | 3663 | 18.704084 | 82 |
nano-fabrication | 911 | 1037 | 18.702146 | 88 |
public transport service | 1392 | 1685 | 18.698245 | 83 |
composite manufacturing | 1540 | 1882 | 18.695177 | 82 |
impact categories | 3683 | 4429 | 18.688604 | 83 |
urban green infrastructure | 734 | 803 | 18.688328 | 91 |
digital manufacturing | 1637 | 2019 | 18.685012 | 81 |
supply chain sustainability | 1112 | 1325 | 18.680467 | 84 |
public transport system | 2338 | 2906 | 18.680401 | 80 |
broadband access network | 914 | 1055 | 18.679287 | 87 |
simapro | 1162 | 1394 | 18.679031 | 83 |
industrial wastewater treatment | 2344 | 2916 | 18.678640 | 80 |
computer numerical control (cnc) | 1680 | 2082 | 18.678557 | 81 |
university-industry | 2068 | 2577 | 18.677716 | 80 |
sustainability reporting | 1772 | 2203 | 18.676684 | 80 |
remanufacturing | 5491 | 6290 | 18.676439 | 87 |
edm process | 2430 | 3024 | 18.676261 | 80 |
life cycle assessment methodology | 698 | 760 | 18.674617 | 92 |
micro fabrication | 760 | 846 | 18.673493 | 90 |
selective laser melting (slm) | 5699 | 6500 | 18.672236 | 88 |
regional innovation system | 1258 | 1530 | 18.671692 | 82 |
infrastructure assets | 914 | 1060 | 18.671154 | 86 |
rapid manufacturing | 1711 | 2132 | 18.670030 | 80 |
precision manufacturing | 1178 | 1423 | 18.669916 | 83 |
machining technology | 2988 | 3694 | 18.669590 | 81 |
innovation strategy | 2269 | 2839 | 18.668898 | 80 |
fast prototyping | 1169 | 1413 | 18.667100 | 83 |
industry 4.0 (i4.0) | 651 | 699 | 18.666107 | 93 |
design for additive manufacturing | 745 | 829 | 18.665973 | 90 |
broadband access | 2928 | 3633 | 18.665140 | 81 |
build direction | 900 | 1045 | 18.664029 | 86 |
cleaner product | 3953 | 4776 | 18.663767 | 83 |
additive manufacturing method | 1067 | 1276 | 18.663560 | 84 |
design for additive | 777 | 875 | 18.662775 | 89 |
clean production | 1150 | 1391 | 18.662116 | 83 |
public infrastructure | 2529 | 3169 | 18.660556 | 80 |
infrastructure system | 4832 | 5693 | 18.660513 | 85 |
industrial internet | 5955 | 6783 | 18.658784 | 88 |
wire arc additive manufacturing (waam) | 630 | 674 | 18.656500 | 93 |
wire electrical discharge machining (wedm) | 794 | 902 | 18.656394 | 88 |
co-innovation | 1690 | 2122 | 18.655009 | 80 |
powder bed fusion process | 779 | 884 | 18.650836 | 88 |
public transport network | 936 | 1106 | 18.646579 | 85 |
industrial control systems | 2648 | 3337 | 18.645966 | 79 |
surface micromachining process | 599 | 637 | 18.641518 | 94 |
selective laser sintering (sls) | 1642 | 2075 | 18.640799 | 79 |
additive manufacturing techniques | 1233 | 1523 | 18.640136 | 81 |
laser powder bed fusion (l-pbf) | 807 | 929 | 18.640091 | 87 |
build orientation | 857 | 1000 | 18.638858 | 86 |
eco-industrial | 923 | 1093 | 18.638420 | 84 |
web access | 3326 | 4146 | 18.637049 | 80 |
electric discharge machining | 1797 | 2284 | 18.636713 | 79 |
innovation strategies | 1790 | 2277 | 18.634957 | 79 |
cradle-to-gate | 1061 | 1289 | 18.634491 | 82 |
emanufacturing | 5600 | 6530 | 18.632860 | 86 |
mixed-model assembly | 687 | 764 | 18.632354 | 90 |
infrastructure plan | 2460 | 3134 | 18.630819 | 78 |
sustainable infrastructure | 1075 | 1312 | 18.629879 | 82 |
triple bottom line | 2418 | 3088 | 18.627235 | 78 |
4d printing | 1087 | 1333 | 18.624323 | 82 |
lean production | 3883 | 4799 | 18.622688 | 81 |
layered manufacturing | 779 | 899 | 18.622399 | 87 |
iso 14040 | 717 | 812 | 18.620466 | 88 |
deposition modelling | 2059 | 2648 | 18.618601 | 78 |
disruptive innovation | 1921 | 2471 | 18.617258 | 78 |
the fourth industrial revolution | 3736 | 4657 | 18.614319 | 80 |
industrial robotic | 1580 | 2022 | 18.614059 | 78 |
wedm | 2246 | 2895 | 18.613020 | 78 |
selective laser melting process | 622 | 681 | 18.612223 | 91 |
silicon micromachining | 1281 | 1616 | 18.609974 | 79 |
powder-bed | 819 | 964 | 18.607823 | 85 |
structure planning | 2304 | 2977 | 18.607465 | 77 |
laser cladding | 6881 | 7817 | 18.605982 | 88 |
the triple bottom line | 1126 | 1403 | 18.604906 | 80 |
innovation systems | 3700 | 4641 | 18.604028 | 80 |
industrial control system | 3881 | 4842 | 18.604003 | 80 |
fused deposition modeling | 4665 | 5681 | 18.603939 | 82 |
additive manufactured | 2366 | 3066 | 18.600696 | 77 |
rapid tooling | 958 | 1168 | 18.599644 | 82 |
infrastructure protection | 1318 | 1679 | 18.597573 | 78 |
environmental impact categories | 773 | 904 | 18.596964 | 86 |
powder bed fusion | 6332 | 7351 | 18.595268 | 86 |
microfabrication technology | 805 | 951 | 18.595248 | 85 |
alsi10 | 1574 | 2035 | 18.595052 | 77 |
environmental life cycle assessment | 642 | 717 | 18.594471 | 90 |
access to internet | 897 | 1085 | 18.592701 | 83 |
iiot | 4077 | 5087 | 18.591917 | 80 |
urban infrastructure | 3788 | 4775 | 18.589004 | 79 |
mixed-model assembly line | 617 | 684 | 18.587791 | 90 |
iso 2631 | 684 | 781 | 18.586470 | 88 |
the digital divide | 3471 | 4424 | 18.585453 | 78 |
remanufacturing system | 561 | 605 | 18.584966 | 93 |
virtual manufacturing | 1022 | 1272 | 18.582323 | 80 |
additive manufacture | 3134 | 4039 | 18.581674 | 78 |
infrastructure investments | 1479 | 1919 | 18.581555 | 77 |
the reverse logistics | 672 | 767 | 18.579283 | 88 |
green supply chain management (gscm) | 730 | 853 | 18.575507 | 86 |
transport infrastructures | 790 | 941 | 18.574250 | 84 |
infrastructure resilience | 731 | 857 | 18.570515 | 85 |
process innovation | 3854 | 4896 | 18.569622 | 79 |
public transportation systems | 880 | 1075 | 18.569476 | 82 |
fourth industrial revolution | 4537 | 5663 | 18.562210 | 80 |
nanoarchitectonic | 676 | 782 | 18.559580 | 86 |
five-axis machine | 713 | 837 | 18.557989 | 85 |
innovation policies | 1271 | 1651 | 18.556362 | 77 |
remanufacturing process | 614 | 693 | 18.555904 | 89 |
laser clad | 6896 | 8026 | 18.554173 | 86 |
computer numerical control | 2971 | 3900 | 18.553836 | 76 |
industrial control systems (ics) | 642 | 735 | 18.553471 | 87 |
metal laser sintering | 1026 | 1301 | 18.550915 | 79 |
technological capabilities | 2562 | 3398 | 18.550834 | 75 |
and additive manufacturing | 1497 | 1978 | 18.550056 | 76 |
freeform fabrication | 1116 | 1433 | 18.549924 | 78 |
nanofabrication. | 696 | 816 | 18.549917 | 85 |
public transport systems | 928 | 1158 | 18.549909 | 80 |
fourth industrial | 4578 | 5745 | 18.548685 | 80 |
iso 14001 | 1686 | 2243 | 18.548669 | 75 |
public transport services | 881 | 1090 | 18.548057 | 81 |
cnc machining | 1969 | 2630 | 18.547541 | 75 |
internet service provider (isp) | 573 | 637 | 18.546410 | 90 |
direct metal laser sintering | 999 | 1265 | 18.546093 | 79 |
cnc machine tool | 2343 | 3129 | 18.544054 | 75 |
critical infrastructure protection | 917 | 1146 | 18.543622 | 80 |
nanomachining | 628 | 719 | 18.543115 | 87 |
closed-loop supply chain (clsc) | 476 | 498 | 18.542083 | 96 |
water infrastructure | 3404 | 4445 | 18.541483 | 77 |
eco-industrial park | 712 | 844 | 18.541119 | 84 |
university-industry collaboration | 676 | 791 | 18.540546 | 85 |
micromachining techniques | 1020 | 1300 | 18.540474 | 78 |
ecoinvent | 750 | 901 | 18.539815 | 83 |
transportation infrastructure | 5195 | 6420 | 18.539713 | 81 |
industry 4.0 concept | 621 | 711 | 18.537779 | 87 |
electrical discharge machining | 6210 | 7443 | 18.536656 | 83 |
innovation policy | 3315 | 4352 | 18.535920 | 76 |
selective laser sintering | 3219 | 4238 | 18.535552 | 76 |
nanoarchitectonics | 641 | 742 | 18.534501 | 86 |
road infrastructures | 601 | 684 | 18.531832 | 88 |
cnc machine tools | 1494 | 1996 | 18.529762 | 75 |
iso 834 | 518 | 563 | 18.529339 | 92 |
regional innovation systems | 809 | 996 | 18.527029 | 81 |
efficient manufacturing | 1101 | 1430 | 18.526669 | 77 |
intelligent manufacturing system | 861 | 1074 | 18.526440 | 80 |
product and process innovation | 869 | 1086 | 18.526343 | 80 |
layer manufacturing | 690 | 822 | 18.519551 | 84 |
five-axis machine tool | 578 | 655 | 18.519505 | 88 |
life cycle inventory | 1855 | 2515 | 18.518549 | 74 |
collaborative robotic | 755 | 921 | 18.516645 | 82 |
selective laser sinter | 3238 | 4306 | 18.514882 | 75 |
selective laser melted | 870 | 1096 | 18.513010 | 79 |
electron beam melting | 1854 | 2523 | 18.511646 | 73 |
powder bed fusion additive manufacturing | 553 | 621 | 18.511615 | 89 |
laser cladding technology | 525 | 580 | 18.510357 | 91 |
environmental life cycle | 851 | 1070 | 18.508921 | 80 |
remanufacture | 2506 | 3405 | 18.506515 | 74 |
process innovations | 1054 | 1377 | 18.505805 | 77 |
industrial automation system | 700 | 846 | 18.501639 | 83 |
structure management | 2129 | 2915 | 18.500695 | 73 |
i4.0 | 1056 | 1385 | 18.499469 | 76 |
corporate sustainability | 2576 | 3513 | 18.497034 | 73 |
electron beam melting (ebm) | 818 | 1028 | 18.496071 | 80 |
national innovation system | 1260 | 1692 | 18.495611 | 74 |
telecommunication infrastructure | 803 | 1006 | 18.494761 | 80 |
electro discharge machining | 716 | 875 | 18.492439 | 82 |
fused deposition model | 6427 | 7821 | 18.490903 | 82 |
five-axis machining | 727 | 893 | 18.490054 | 81 |
beam melting | 2218 | 3052 | 18.490036 | 73 |
infrastructure investment | 3847 | 5088 | 18.489828 | 76 |
lca method | 1233 | 1658 | 18.489242 | 74 |
open innovation | 6135 | 7542 | 18.488773 | 81 |
closed-loop supply chains | 498 | 550 | 18.481543 | 91 |
technological capability | 1102 | 1469 | 18.481241 | 75 |
digital factory | 647 | 779 | 18.473663 | 83 |
microfabrication processes | 530 | 601 | 18.473313 | 88 |
deposition modeling | 4831 | 6246 | 18.471572 | 77 |
computer numerical control (cnc) machine | 544 | 623 | 18.471152 | 87 |
fused deposition | 6764 | 8236 | 18.467806 | 82 |
global manufacturing | 1100 | 1478 | 18.466913 | 74 |
transportation infrastructures | 659 | 801 | 18.466163 | 82 |
machining technologies | 714 | 886 | 18.465703 | 81 |
building direction | 758 | 954 | 18.465553 | 79 |
reverse logistics network | 510 | 574 | 18.464461 | 89 |
product innovations | 1128 | 1523 | 18.464012 | 74 |
transport infrastructure | 6254 | 7759 | 18.461906 | 81 |
electric discharge machining (edm) | 642 | 777 | 18.461581 | 83 |
smart manufacturing system | 504 | 567 | 18.458595 | 89 |
green infrastructures | 534 | 613 | 18.457506 | 87 |
electrochemical micromachining | 539 | 621 | 18.456534 | 87 |
national innovation | 1898 | 2664 | 18.454787 | 71 |
highway infrastructure | 636 | 771 | 18.454614 | 82 |
nanofabrication | 8413 | 9821 | 18.453602 | 86 |
sustainable machining | 437 | 468 | 18.453133 | 93 |
internet penetration | 745 | 942 | 18.451082 | 79 |
industrial automation | 4895 | 6384 | 18.449602 | 77 |
sport infrastructure | 6267 | 7818 | 18.449596 | 80 |
wire and arc | 494 | 555 | 18.449518 | 89 |
electro-discharge machining | 781 | 999 | 18.449422 | 78 |
smart infrastructure | 682 | 846 | 18.447201 | 81 |
advanced process control | 1401 | 1953 | 18.445078 | 72 |
fdm process | 682 | 849 | 18.441307 | 80 |
life cycle impact | 2007 | 2838 | 18.441170 | 71 |
critical infrastructure system | 583 | 695 | 18.440978 | 84 |
infrastructure projects | 5674 | 7245 | 18.440712 | 78 |
microfabrication. | 617 | 748 | 18.440555 | 82 |
industry 5.0 | 545 | 637 | 18.439034 | 86 |
laser melting process | 708 | 891 | 18.438732 | 79 |
iiot. | 496 | 562 | 18.438166 | 88 |
direct metal laser sintering (dmls) | 622 | 757 | 18.437903 | 82 |
alsi10mg alloy | 552 | 649 | 18.436058 | 85 |
iso 9001 | 2383 | 3369 | 18.434767 | 71 |
tool electrode | 1170 | 1614 | 18.433820 | 72 |
urban infrastructures | 658 | 816 | 18.432208 | 81 |
implementation of industry 4.0 | 476 | 534 | 18.430607 | 89 |
industrial automation systems | 600 | 726 | 18.430505 | 83 |
remanufacturer | 558 | 661 | 18.429379 | 84 |
broadband access networks | 518 | 599 | 18.429355 | 86 |
laser sintering | 5594 | 7210 | 18.426776 | 78 |
pulse on time | 1221 | 1701 | 18.424602 | 72 |
advanced manufacturing technologies | 697 | 882 | 18.423108 | 79 |
micromachining processes | 511 | 591 | 18.421692 | 86 |
collaborative robotics | 546 | 646 | 18.420192 | 85 |
powder bed fusion (pbf) | 473 | 533 | 18.419838 | 89 |
metal additive manufacturing (am) | 456 | 507 | 18.419629 | 90 |
lca life cycle assessment | 435 | 475 | 18.419575 | 92 |
sustainable supply chains | 646 | 804 | 18.418136 | 80 |
wire and arc additive manufacturing | 432 | 471 | 18.417711 | 92 |
4.0 industry | 618 | 761 | 18.415609 | 81 |
impact category | 741 | 956 | 18.415147 | 78 |
life cycle impact assessment | 1323 | 1868 | 18.414060 | 71 |
sustainable supply chain management (sscm) | 446 | 495 | 18.409114 | 90 |
technological innovation system | 452 | 505 | 18.406641 | 90 |
open innovation (oi) | 466 | 527 | 18.405418 | 88 |
cnc machines | 1085 | 1508 | 18.404449 | 72 |
closed-loop supply chain network | 406 | 436 | 18.402151 | 93 |
rapid prototyping (rp) | 1216 | 1715 | 18.402026 | 71 |
lean manufacturing | 4184 | 5724 | 18.400487 | 73 |
acidification potential | 796 | 1053 | 18.399394 | 76 |
iso 2631-1 | 396 | 422 | 18.397911 | 94 |
cnc machine | 4693 | 6326 | 18.396117 | 74 |
directed energy deposition | 1274 | 1818 | 18.389203 | 70 |
university–industry | 416 | 455 | 18.388997 | 91 |
lca study | 563 | 686 | 18.387967 | 82 |
laser sinter | 5671 | 7430 | 18.387767 | 76 |
nanofabrication techniques | 631 | 795 | 18.387393 | 79 |
fast tool servo | 408 | 444 | 18.384523 | 92 |
selective laser melting | 9472 | 11094 | 18.383121 | 85 |
elective laser melting | 9472 | 11094 | 18.383121 | 85 |
industrial robotics | 820 | 1102 | 18.382932 | 74 |
experimental physics and industrial control system | 390 | 417 | 18.382593 | 94 |
closed loop supply | 452 | 513 | 18.381691 | 88 |
eutrophication potential | 786 | 1048 | 18.381549 | 75 |
closed loop supply chain | 447 | 507 | 18.376048 | 88 |
electrical discharge machining process | 481 | 561 | 18.374473 | 86 |
life cycle environmental impact | 624 | 790 | 18.374349 | 79 |
laser micro-machining | 376 | 398 | 18.373728 | 94 |
lpbf process | 467 | 540 | 18.371256 | 86 |
eco-innovations | 424 | 473 | 18.369910 | 90 |
sustainable supply | 3346 | 4779 | 18.368582 | 70 |
additive manufacturing (am) | 10434 | 11993 | 18.368481 | 87 |
structure protection | 1324 | 1920 | 18.366375 | 69 |
additively manufactured | 5751 | 7595 | 18.365896 | 76 |
abiotic depletion | 489 | 577 | 18.365164 | 85 |
life cycle assessment (lca) | 12099 | 13363 | 18.365059 | 91 |
infrastructure project | 6822 | 8716 | 18.363065 | 78 |
cumulative energy demand | 658 | 852 | 18.360618 | 77 |
innovation system | 6869 | 8776 | 18.359981 | 78 |
digital divide | 7073 | 8984 | 18.358891 | 79 |
critical infrastructure systems | 506 | 607 | 18.357506 | 83 |
laser powder bed fusion process | 441 | 505 | 18.352759 | 87 |
solid freeform fabrication | 698 | 922 | 18.352051 | 76 |
digital inequality | 511 | 618 | 18.349745 | 83 |
rapid prototyping process | 504 | 607 | 18.348982 | 83 |
wireless internet access | 453 | 526 | 18.346782 | 86 |
cnc milling | 1243 | 1813 | 18.346177 | 69 |
lca methodology | 628 | 811 | 18.344512 | 77 |
product innovation | 6607 | 8583 | 18.342422 | 77 |
powder-bed fusion | 430 | 491 | 18.341879 | 88 |
machining technique | 2597 | 3841 | 18.340688 | 68 |
manufacturing technologies | 6349 | 8327 | 18.339749 | 76 |
sdg9: industry | 317 | 317 | 18.338752 | 100 |
hybrid manufacturing | 780 | 1065 | 18.338646 | 73 |
micro fabric | 783 | 1070 | 18.338581 | 73 |
nano fabrication | 437 | 504 | 18.335965 | 87 |
iso 10993 | 551 | 689 | 18.335003 | 80 |
pulse off time | 765 | 1043 | 18.334117 | 73 |
additive manufacturing methods | 517 | 634 | 18.333607 | 82 |
disruptive innovations | 574 | 728 | 18.332161 | 79 |
cobots | 498 | 604 | 18.331161 | 82 |
eco-design | 1398 | 2076 | 18.330977 | 67 |
manufacturing paradigm | 708 | 951 | 18.329765 | 74 |
laser cladded | 471 | 561 | 18.328942 | 84 |
wastewater infrastructure | 487 | 587 | 18.328786 | 83 |
intelligent manufacturing systems | 573 | 730 | 18.323990 | 78 |
sustainable pavement | 403 | 456 | 18.315500 | 88 |
social life cycle assessment | 444 | 522 | 18.315140 | 85 |
electro discharge | 802 | 1117 | 18.314733 | 72 |
material extrusion | 1063 | 1551 | 18.314709 | 69 |
robotic cell | 708 | 960 | 18.314016 | 74 |
clean product | 1181 | 1746 | 18.313206 | 68 |
iso 9241 | 415 | 476 | 18.312788 | 87 |
industry 4.0 era | 444 | 523 | 18.312108 | 85 |
eco-industrial parks | 455 | 542 | 18.308779 | 84 |
stereolithography | 4659 | 6565 | 18.308496 | 71 |
model of innovation | 645 | 858 | 18.307335 | 75 |
subtractive manufacturing | 637 | 845 | 18.306511 | 75 |
broadband internet access | 568 | 730 | 18.305431 | 78 |
iso-1 | 1063 | 1561 | 18.303471 | 68 |
sustainable supplier | 400 | 455 | 18.302449 | 88 |
industrial wastewater treatment plant | 479 | 584 | 18.301221 | 82 |
wedm process | 507 | 631 | 18.299361 | 80 |
sustainability report | 2222 | 3383 | 18.298990 | 66 |
stereolithography (sla) | 628 | 834 | 18.298385 | 75 |
iso 9000 | 1951 | 2981 | 18.296898 | 65 |
civil infrastructure system | 418 | 486 | 18.295925 | 86 |
advanced manufacturing | 4549 | 6475 | 18.295724 | 70 |
sdg9 | 356 | 387 | 18.294962 | 92 |
triple bottom line (tbl) | 430 | 506 | 18.294393 | 85 |
metal additive | 2018 | 3087 | 18.294110 | 65 |
cnc milling machine | 733 | 1015 | 18.292190 | 72 |
step-nc | 437 | 519 | 18.289597 | 84 |
composites manufacturing | 603 | 798 | 18.285828 | 76 |
conventional manufacturing | 1461 | 2232 | 18.284577 | 65 |
new manufacturing | 2771 | 4208 | 18.281634 | 66 |
machining techniques | 1541 | 2367 | 18.279420 | 65 |
microfabrication technologies | 451 | 546 | 18.277916 | 83 |
hatch spacing | 402 | 466 | 18.276063 | 86 |
laser microfabrication | 386 | 440 | 18.276046 | 88 |
access to ict | 469 | 577 | 18.274884 | 81 |
regional innovation | 2124 | 3288 | 18.270049 | 65 |
port infrastructures | 875 | 1272 | 18.269750 | 69 |
iso 17025 | 434 | 521 | 18.268491 | 83 |
micro-manufacturing | 426 | 508 | 18.267739 | 84 |
investment in infrastructure | 758 | 1073 | 18.267491 | 71 |
large infrastructure project | 421 | 500 | 18.266916 | 84 |
life cycle inventory (lci) | 589 | 785 | 18.263373 | 75 |
manufacturing energy | 480 | 600 | 18.262513 | 80 |
ultraprecision machining | 431 | 518 | 18.262477 | 83 |
traditional manufacturing | 2071 | 3226 | 18.259397 | 64 |
mixed-model assembly lines | 346 | 380 | 18.259275 | 91 |
discharge machining | 9581 | 11852 | 18.258494 | 81 |
innovation survey | 906 | 1336 | 18.255463 | 68 |
distributed control systems | 1527 | 2380 | 18.252167 | 64 |
iso 15189 | 445 | 545 | 18.251727 | 82 |
civil infrastructure systems | 390 | 454 | 18.250011 | 86 |
prototyping technology | 1058 | 1603 | 18.247758 | 66 |
nanofabric | 8446 | 10869 | 18.243033 | 78 |
powder bed | 7620 | 10089 | 18.235416 | 76 |
infrastructure asset management | 357 | 404 | 18.234908 | 88 |
nanofab | 8452 | 10924 | 18.233375 | 77 |
iso 4049 | 300 | 313 | 18.232539 | 96 |
telecommunications infrastructure | 781 | 1138 | 18.229188 | 69 |
raster angle | 356 | 404 | 18.228655 | 88 |
structure project | 6843 | 9315 | 18.228563 | 73 |
tool wear rate (twr) | 478 | 610 | 18.227104 | 78 |
industrial energy efficiency | 402 | 481 | 18.226471 | 84 |
road management | 642 | 896 | 18.225944 | 72 |
innovative manufacturing | 536 | 711 | 18.225352 | 75 |
water infrastructures | 410 | 495 | 18.224732 | 83 |
five-axis machine tools | 324 | 353 | 18.224442 | 92 |
microfabrication | 12431 | 14521 | 18.223664 | 86 |
icrofabrication | 12431 | 14525 | 18.223055 | 86 |
internet access | 10577 | 12949 | 18.222766 | 82 |
smart manufacturing systems | 341 | 381 | 18.222627 | 90 |
additive manufacturing system | 387 | 458 | 18.219300 | 84 |
wire electric discharge machining | 406 | 490 | 18.219164 | 83 |
arc additive manufacture | 338 | 377 | 18.219007 | 90 |
ecodesign | 925 | 1398 | 18.218909 | 66 |
rapid prototyping method | 479 | 615 | 18.218553 | 78 |
urban public transportation | 440 | 548 | 18.218491 | 80 |
laser cladding coating | 325 | 356 | 18.218483 | 91 |
cladding process | 1202 | 1880 | 18.216608 | 64 |
social life cycle | 461 | 585 | 18.215780 | 79 |
reverse logistics (rl) | 317 | 344 | 18.214467 | 92 |
industrial process control | 966 | 1474 | 18.213816 | 66 |
wire electric discharge | 452 | 571 | 18.211659 | 79 |
nc machining | 2608 | 4129 | 18.209640 | 63 |
5-axis machining | 460 | 586 | 18.208374 | 78 |
life cycle environmental impacts | 423 | 523 | 18.206461 | 81 |
laser-based powder bed fusion | 335 | 376 | 18.203083 | 89 |
resilient infrastructure | 442 | 558 | 18.199709 | 79 |
additive layer manufacturing | 333 | 374 | 18.197813 | 89 |
distributed control system | 3896 | 5961 | 18.196288 | 65 |
electrode wear | 998 | 1546 | 18.195676 | 65 |
cladding technology | 570 | 786 | 18.192312 | 73 |
manufacture technology | 488 | 641 | 18.192243 | 76 |
model assembly | 907 | 1388 | 18.192044 | 65 |
public transport networks | 378 | 451 | 18.191334 | 84 |
rapid prototyping technology | 733 | 1078 | 18.191107 | 68 |
rapid prototyping technique | 814 | 1223 | 18.191016 | 67 |
efficient machining | 431 | 542 | 18.190988 | 80 |
rapid prototyping system | 470 | 610 | 18.190793 | 77 |
broadband wireless access system | 292 | 309 | 18.190345 | 94 |
rapid-prototyping | 508 | 677 | 18.190339 | 75 |
national innovation systems | 531 | 718 | 18.189610 | 74 |
surface micromachining technology | 326 | 366 | 18.183137 | 89 |
micro edm | 357 | 418 | 18.182347 | 85 |
electrochemical discharge machining | 338 | 387 | 18.178884 | 87 |
robotic process automation | 531 | 723 | 18.178383 | 73 |
automated manufacturing system | 814 | 1234 | 18.175809 | 66 |
laser cladding layer | 335 | 383 | 18.174844 | 87 |
broadband wireless access (bwa) | 312 | 345 | 18.174140 | 90 |
tool servo | 512 | 691 | 18.174085 | 74 |
lean production system | 389 | 475 | 18.173846 | 82 |
manufacturing cloud | 362 | 429 | 18.173115 | 84 |
lca software | 382 | 464 | 18.170373 | 82 |
composite manufacturing process | 385 | 470 | 18.167600 | 82 |
micromanufacturing | 369 | 443 | 18.165844 | 83 |
virtual factory | 380 | 463 | 18.162162 | 82 |
extrusion additive manufacturing | 359 | 429 | 18.154659 | 84 |
large infrastructure projects | 354 | 422 | 18.148910 | 84 |
nc milling | 1346 | 2208 | 18.147642 | 61 |
3d printed parts | 611 | 884 | 18.145228 | 69 |
waam process | 291 | 317 | 18.144073 | 92 |
green supply chains | 316 | 359 | 18.142458 | 88 |
investments in infrastructure | 449 | 592 | 18.139961 | 76 |
global reporting initiative | 859 | 1343 | 18.139805 | 64 |
industrial innovation | 770 | 1181 | 18.137737 | 65 |
industrial control system (ics) | 337 | 396 | 18.137035 | 85 |
access to computers | 477 | 644 | 18.135947 | 74 |
gscm | 881 | 1390 | 18.131514 | 63 |
reverse logistics system | 295 | 327 | 18.128327 | 90 |
life cycle impact assessment (lcia) | 508 | 704 | 18.127398 | 72 |
prototyping technique | 1050 | 1703 | 18.127130 | 62 |
directed energy deposition (ded) | 533 | 750 | 18.127010 | 71 |
lean manufacturing (lm) | 290 | 319 | 18.126785 | 91 |
laser cladding technique | 312 | 356 | 18.126512 | 88 |
automated manufacturing systems | 653 | 972 | 18.126374 | 67 |
micro electrical discharge machining | 303 | 341 | 18.125654 | 89 |
iso 10303 | 313 | 358 | 18.125217 | 87 |
pulse-on time | 526 | 738 | 18.125149 | 71 |
industry collaboration | 1278 | 2116 | 18.124592 | 60 |
nc machine tools | 1606 | 2691 | 18.123414 | 60 |
nc milling machine | 773 | 1197 | 18.122895 | 65 |
cloud manufacturing (cmfg) | 267 | 282 | 18.122367 | 95 |
nc machines | 1139 | 1870 | 18.121610 | 61 |
laser sintered | 542 | 770 | 18.119705 | 70 |
stereolithography (sl) | 313 | 360 | 18.116759 | 87 |
fdm 3d printing | 313 | 360 | 18.116759 | 87 |
nanofabrications | 297 | 333 | 18.116235 | 89 |
industrial robot manipulator | 385 | 486 | 18.115473 | 79 |
direct manufacturing | 381 | 479 | 18.115118 | 80 |
nc machine tool | 2557 | 4270 | 18.109997 | 60 |
l-pbf process | 292 | 326 | 18.109744 | 90 |
smart industry | 363 | 449 | 18.108786 | 81 |
lca (life cycle assessment) | 281 | 308 | 18.107663 | 91 |
infill density | 457 | 619 | 18.107167 | 74 |
binder jet | 577 | 842 | 18.105568 | 69 |
industrial energy | 1471 | 2482 | 18.105425 | 59 |
broadband wireless access network | 283 | 312 | 18.104492 | 91 |
returned products | 452 | 611 | 18.104179 | 74 |
wireless broadband access | 313 | 363 | 18.104161 | 86 |
life cycle impacts | 484 | 670 | 18.103802 | 72 |
innovation and infrastructure | 294 | 331 | 18.102309 | 89 |
returned product | 509 | 717 | 18.102120 | 71 |
digital divides | 406 | 528 | 18.102111 | 77 |
clsc | 799 | 1265 | 18.096214 | 63 |
advanced manufacturing process | 357 | 442 | 18.096209 | 81 |
terrestrial acidification | 319 | 376 | 18.093328 | 85 |
entrepreneurial finance | 535 | 770 | 18.092309 | 69 |
five-axis | 1989 | 3394 | 18.090399 | 59 |
bridging the digital divide | 352 | 436 | 18.086059 | 81 |
electro-discharge | 919 | 1499 | 18.085860 | 61 |
robotic machining | 294 | 335 | 18.084215 | 88 |
cladding coating | 514 | 735 | 18.082893 | 70 |
industrial symbiosis (is) | 266 | 288 | 18.082433 | 92 |
laser metal deposition | 853 | 1378 | 18.081847 | 62 |
micro-fabrication technique | 284 | 319 | 18.079250 | 89 |
manufacturing and remanufacturing | 265 | 287 | 18.078968 | 92 |
free internet | 369 | 469 | 18.077492 | 79 |
terrestrial ecotoxicity | 360 | 453 | 18.076754 | 79 |
iso 3382 | 244 | 253 | 18.075102 | 96 |
transport infrastructure project | 311 | 367 | 18.073119 | 85 |
micro-electrical discharge machining | 263 | 285 | 18.071978 | 92 |
3d printing process | 1183 | 2005 | 18.071846 | 59 |
wire and arc additive manufacturing (waam) | 261 | 282 | 18.070162 | 93 |
iso 50001 | 304 | 356 | 18.067990 | 85 |
laser powder bed fusion additive manufacturing | 279 | 313 | 18.067277 | 89 |
micro-fabric | 1935 | 3347 | 18.066053 | 58 |
gscm practices | 293 | 338 | 18.063076 | 87 |
iso 14000 | 463 | 648 | 18.062306 | 71 |
industry wastewater | 1566 | 2715 | 18.060037 | 58 |
product and process innovations | 338 | 420 | 18.053472 | 80 |
laser powder-bed fusion | 286 | 328 | 18.053442 | 87 |
selective electron beam melting | 265 | 292 | 18.053290 | 91 |
industrial robot arm | 298 | 349 | 18.053042 | 85 |
manufacturing sustainability | 345 | 433 | 18.052180 | 80 |
computer numerical control machine | 303 | 358 | 18.052096 | 85 |
binder jetting | 479 | 683 | 18.050929 | 70 |
life cycle inventory data | 354 | 450 | 18.049893 | 79 |
marine infrastructure | 302 | 358 | 18.044652 | 84 |
manufacturing design | 874 | 1451 | 18.042071 | 60 |
environmental burdens | 1237 | 2140 | 18.042045 | 58 |
mobile internet access | 301 | 357 | 18.041408 | 84 |
flexible manufacturing system (fms) | 750 | 1212 | 18.040793 | 62 |
4.0 era | 549 | 822 | 18.040615 | 67 |
municipal infrastructure | 346 | 439 | 18.037442 | 79 |
factory automation | 1579 | 2773 | 18.036953 | 57 |
infrastructure quality | 297 | 351 | 18.036838 | 85 |
wire-arc additive manufacturing | 240 | 253 | 18.036797 | 95 |
port infrastructure | 6877 | 10247 | 18.036342 | 67 |
electro-discharge machining (edm) | 298 | 353 | 18.035847 | 84 |
industrial robots | 5585 | 8712 | 18.033939 | 64 |
edm parameters | 359 | 464 | 18.033570 | 77 |
robotic process | 601 | 927 | 18.032931 | 65 |
wire arc | 1137 | 1964 | 18.031813 | 58 |
fossil depletion | 271 | 307 | 18.029883 | 88 |
experimental physics and industrial control system (epics) | 247 | 266 | 18.029592 | 93 |
micro/nanofabrication | 262 | 292 | 18.027214 | 90 |
5-axis | 1349 | 2370 | 18.024896 | 57 |
micro manufacturing | 288 | 338 | 18.024129 | 85 |
laser melting | 10078 | 13703 | 18.023664 | 74 |
tool wear rate | 887 | 1492 | 18.023648 | 59 |
technological innovation systems | 265 | 298 | 18.023051 | 89 |
lca analysis | 373 | 494 | 18.020666 | 76 |
toolpath | 1011 | 1736 | 18.019649 | 58 |
global reporting | 877 | 1476 | 18.019631 | 59 |
prototyping process | 770 | 1267 | 18.019095 | 61 |
public infrastructures | 308 | 375 | 18.018665 | 82 |
design for additive manufacturing (dfam) | 247 | 268 | 18.018555 | 92 |
edm machining | 369 | 488 | 18.015971 | 76 |
cradle to gate | 336 | 427 | 18.014973 | 79 |
micromachining | 16721 | 19505 | 18.014882 | 86 |
distributed control system (dcs) | 637 | 1010 | 18.011824 | 63 |
sustainable supplier selection | 263 | 297 | 18.010721 | 89 |
industrial iot (iiot) | 303 | 368 | 18.010441 | 82 |
iot industry | 367 | 487 | 18.007226 | 75 |
sustainability reports | 897 | 1527 | 18.006070 | 59 |
industrial manipulator | 804 | 1345 | 18.004773 | 60 |
innovation product | 1093 | 1910 | 18.004508 | 57 |
green innovation | 1366 | 2434 | 18.000777 | 56 |
computer numerical control (cnc) machine tool | 256 | 287 | 17.999718 | 89 |
iso 31000 | 296 | 358 | 17.999461 | 83 |
melt pool | 2499 | 4429 | 17.999229 | 56 |
business angel | 364 | 484 | 17.998775 | 75 |
sinking edm | 315 | 393 | 17.997845 | 80 |
nc machine | 5042 | 8176 | 17.994870 | 62 |
manufacturing mode | 1194 | 2117 | 17.993437 | 56 |
global reporting initiative (gri) | 444 | 640 | 17.992312 | 69 |
manufacturing automation | 876 | 1498 | 17.992034 | 58 |
laser additive manufacturing (lam) | 245 | 270 | 17.988859 | 91 |
recast layer | 781 | 1313 | 17.987367 | 59 |
advanced manufacturing technology | 858 | 1467 | 17.986607 | 58 |
cloud manufacturing service | 243 | 267 | 17.986393 | 91 |
robotic process automation (rpa) | 331 | 426 | 17.985293 | 78 |
iso 27001 | 293 | 356 | 17.984956 | 82 |
remanufacturing systems | 218 | 225 | 17.984048 | 97 |
extrusion-based additive manufacturing | 284 | 340 | 17.983634 | 84 |
nano-machining | 261 | 299 | 17.983304 | 87 |
direct energy deposition | 516 | 786 | 17.982942 | 66 |
advanced process control (apc) | 391 | 541 | 17.982150 | 72 |
cradle-to-grave | 695 | 1145 | 17.981687 | 61 |
precision machining | 2779 | 4929 | 17.981567 | 56 |
flexible robotic | 603 | 962 | 17.978971 | 63 |
life-cycle assessments | 270 | 316 | 17.978391 | 85 |
digital inequalities | 286 | 346 | 17.973246 | 83 |
infrastructure sustainability | 282 | 339 | 17.972064 | 83 |
lca model | 586 | 932 | 17.971747 | 63 |
global infrastructure | 385 | 533 | 17.971728 | 72 |
simapro software | 288 | 350 | 17.971715 | 82 |
fourth industrial revolution (4ir) | 323 | 415 | 17.970869 | 78 |
five-axis cnc | 344 | 456 | 17.966256 | 75 |
dmls | 859 | 1487 | 17.965785 | 58 |
innovation efficiency | 603 | 970 | 17.965375 | 62 |
industrial internet-of-things | 255 | 292 | 17.965189 | 87 |
iso 25178 | 226 | 242 | 17.962264 | 93 |
human toxicity | 1293 | 2348 | 17.961186 | 55 |
industry 4.0 applications | 275 | 329 | 17.959925 | 84 |
water ecotoxicity | 345 | 460 | 17.959242 | 75 |
electron beam additive manufacturing | 241 | 269 | 17.956363 | 90 |
comparative lca | 280 | 339 | 17.955963 | 83 |
consequential life cycle assessment | 230 | 250 | 17.955585 | 92 |
freshwater ecotoxicity | 302 | 380 | 17.954517 | 79 |
manufacturing innovation | 371 | 513 | 17.950382 | 72 |
industrial internet of things (iot) | 234 | 258 | 17.949490 | 91 |
silicon bulk micromachining | 223 | 239 | 17.949323 | 93 |
ict infrastructures | 279 | 339 | 17.947869 | 82 |
domestic technology | 318 | 412 | 17.947208 | 77 |
acidification potential (ap) | 255 | 296 | 17.945060 | 86 |
pbf-lb | 255 | 296 | 17.945060 | 86 |
solid free | 825 | 1436 | 17.945047 | 57 |
open innovation process | 284 | 349 | 17.944450 | 81 |
bulk-micromachining | 209 | 216 | 17.944274 | 97 |
stereolithography process | 247 | 282 | 17.943527 | 88 |
lsi1 | 1686 | 3121 | 17.942265 | 54 |
infrastructure policy | 322 | 421 | 17.942105 | 76 |
quality infrastructure | 335 | 446 | 17.941712 | 75 |
manufacturing tool | 846 | 1482 | 17.941285 | 57 |
rapid prototyping techniques | 438 | 649 | 17.941079 | 67 |
additive layer | 436 | 645 | 17.941059 | 68 |
cyber-physical production | 647 | 1076 | 17.939089 | 60 |
3d printers | 1543 | 2858 | 17.939002 | 54 |
fdm parts | 247 | 283 | 17.938312 | 87 |
hybrid additive manufacturing | 231 | 255 | 17.936721 | 91 |
additive fabrication | 317 | 413 | 17.936513 | 77 |
prototyping method | 776 | 1343 | 17.936313 | 58 |
material extrusion additive manufacturing | 255 | 298 | 17.935097 | 86 |
conventional machining | 1468 | 2722 | 17.934544 | 54 |
community innovation survey | 480 | 737 | 17.933719 | 65 |
silicon surface micromachining | 238 | 268 | 17.932942 | 89 |
iso 7730 | 248 | 286 | 17.932044 | 87 |
cnc system | 942 | 1687 | 17.930927 | 56 |
nano-manufacturing | 245 | 281 | 17.930082 | 87 |
industrial energy consumption | 297 | 377 | 17.929064 | 79 |
wire edm | 590 | 965 | 17.928856 | 61 |
remanufacturing cost | 208 | 217 | 17.926360 | 96 |
industry automation | 328 | 437 | 17.926161 | 75 |
t4d | 1043 | 1897 | 17.925768 | 55 |
life cycle assessment studies | 231 | 257 | 17.925308 | 90 |
manufacturing service | 926 | 1660 | 17.925152 | 56 |
nano manufacturing | 240 | 273 | 17.925107 | 88 |
prototyping techniques | 578 | 943 | 17.924103 | 61 |
industry r&d | 302 | 388 | 17.923030 | 78 |
sustainable product design | 270 | 328 | 17.922849 | 82 |
impact assessment method | 790 | 1383 | 17.922440 | 57 |
corporate sustainability report | 259 | 308 | 17.921758 | 84 |
innovation practices | 654 | 1102 | 17.921524 | 59 |
reverse logistics supply chain | 227 | 251 | 17.919311 | 90 |
iso 10993-5 | 227 | 252 | 17.913516 | 90 |
electrochemical discharge machining (ecdm) | 224 | 247 | 17.911835 | 91 |
build orientations | 260 | 312 | 17.911408 | 83 |
tool path generation | 652 | 1105 | 17.910773 | 59 |
industry 4.0 implementation | 225 | 249 | 17.910437 | 90 |
servo voltage | 306 | 399 | 17.910140 | 77 |
computer aided process planning | 445 | 677 | 17.908080 | 66 |
internet accessibility | 259 | 311 | 17.907389 | 83 |
accessibility web | 282 | 354 | 17.907187 | 80 |
additively manufactured metal | 296 | 381 | 17.905591 | 78 |
business angels | 312 | 412 | 17.904818 | 76 |
broadband wireless access systems | 206 | 217 | 17.903690 | 95 |
manufacturing sme | 906 | 1640 | 17.903130 | 55 |
laser-based additive manufacturing | 231 | 261 | 17.902747 | 89 |
reverse supply chain | 594 | 989 | 17.902545 | 60 |
energy-intensive industries | 487 | 766 | 17.902542 | 64 |
electrode wear rate | 324 | 436 | 17.902484 | 74 |
computer-aided process planning | 412 | 612 | 17.902294 | 67 |
transport infrastructure projects | 255 | 305 | 17.900747 | 84 |
access to infrastructure | 271 | 335 | 17.899751 | 81 |
human toxicity potential | 264 | 322 | 17.899305 | 82 |
manufacturing technology | 11203 | 15653 | 17.897466 | 72 |
scm practices | 462 | 717 | 17.896639 | 64 |
rapid prototyping tool | 283 | 359 | 17.894140 | 79 |
eco-indicator | 437 | 667 | 17.892936 | 66 |
traditional machining | 821 | 1473 | 17.892129 | 56 |
infill pattern | 365 | 521 | 17.890831 | 70 |
iso 9001:2015 | 249 | 296 | 17.890586 | 84 |
mixed model assembly | 228 | 258 | 17.889390 | 88 |
ecoinvent database | 266 | 328 | 17.888991 | 81 |
die-sinking | 296 | 386 | 17.885935 | 77 |
tool paths | 875 | 1592 | 17.885578 | 55 |
iso 9126 | 244 | 288 | 17.884486 | 85 |
cyber-physical production system | 594 | 1000 | 17.884417 | 59 |
cradle-to-gate life cycle assessment | 203 | 215 | 17.882569 | 94 |
lca tool | 270 | 337 | 17.882509 | 80 |
railway infrastructures | 242 | 285 | 17.881003 | 85 |
environmental hotspot | 301 | 397 | 17.880969 | 76 |
innovation performance | 3070 | 5679 | 17.880553 | 54 |
industry 4.0 technology | 231 | 265 | 17.880529 | 87 |
manufacturing concept | 664 | 1151 | 17.880263 | 58 |
open innovation practices | 232 | 267 | 17.879512 | 87 |
micro-stereolithography | 223 | 251 | 17.878085 | 89 |
innovation environment | 659 | 1142 | 17.877926 | 58 |
robotic cells | 271 | 340 | 17.877663 | 80 |
urban water infrastructure | 229 | 262 | 17.877067 | 87 |
freshwater eutrophication | 363 | 522 | 17.875882 | 70 |
edm machine | 415 | 629 | 17.874846 | 66 |
flexible manufacturing systems | 2627 | 4951 | 17.874173 | 53 |
technologies of industry 4.0 | 210 | 229 | 17.871154 | 92 |
manufacturing model | 827 | 1505 | 17.870018 | 55 |
manufacturing smes | 817 | 1485 | 17.868648 | 55 |
lca framework | 240 | 284 | 17.867117 | 85 |
life cycle perspective | 773 | 1394 | 17.865620 | 55 |
comparative life cycle assessment (lca) | 198 | 209 | 17.864533 | 95 |
iso 9001:2000 | 377 | 555 | 17.863197 | 68 |
impact 2002 | 239 | 283 | 17.862708 | 84 |
lean manufacturing tools | 233 | 272 | 17.862303 | 86 |
e-manufacturing | 773 | 1397 | 17.861989 | 55 |
iso 6579 | 214 | 238 | 17.859479 | 90 |
smart production | 386 | 575 | 17.859231 | 67 |
university-industry relation | 265 | 333 | 17.857955 | 80 |
fill density | 512 | 841 | 17.857618 | 61 |
laser metal deposition (lmd) | 385 | 574 | 17.856331 | 67 |
sustainable industry | 339 | 480 | 17.855313 | 71 |
eutrophication potential (ep) | 218 | 246 | 17.854674 | 89 |
corporate sustainability performance | 213 | 237 | 17.854657 | 90 |
lca data | 357 | 517 | 17.854385 | 69 |
product innovation performance | 209 | 230 | 17.853720 | 91 |
manufacturing resources | 912 | 1701 | 17.853293 | 54 |
flexible fabrication | 239 | 285 | 17.852375 | 84 |
internet access service | 248 | 302 | 17.851796 | 82 |
industrial control systems (icss) | 233 | 274 | 17.851589 | 85 |
manufacturing/remanufacturing | 195 | 206 | 17.849261 | 95 |
innovation activities | 2258 | 4360 | 17.848661 | 52 |
agricultural innovation system | 219 | 249 | 17.847719 | 88 |
life cycle inventories | 331 | 467 | 17.844826 | 71 |
web access log | 202 | 219 | 17.844512 | 92 |
university-industry relations | 261 | 329 | 17.841429 | 79 |
electro discharge machining (edm) | 233 | 276 | 17.840953 | 84 |
cleaner production (cp) | 228 | 267 | 17.839385 | 85 |
green infrastructure planning | 202 | 220 | 17.837972 | 92 |
cloud manufacturing environment | 208 | 231 | 17.836267 | 90 |
iso 9000 certification | 268 | 344 | 17.835073 | 78 |
innovation capabilities | 1015 | 1943 | 17.831356 | 52 |
urban public transport | 954 | 1813 | 17.831240 | 53 |
iiot applications | 216 | 247 | 17.827392 | 87 |
distributed manufacturing | 721 | 1314 | 17.825675 | 55 |
laser cladding (lc) | 203 | 224 | 17.823664 | 91 |
machining method | 1784 | 3523 | 17.822718 | 51 |
broadband wireless access networks | 204 | 226 | 17.822388 | 90 |
wire-arc | 308 | 427 | 17.821923 | 72 |
flexible manufacturing system | 4005 | 7375 | 17.818310 | 54 |
5-axis cnc | 255 | 323 | 17.815915 | 79 |
manufacturing tools | 531 | 905 | 17.815148 | 59 |
iso 9000 series | 320 | 454 | 17.813388 | 70 |
computer numerical control (cnc) machining | 219 | 255 | 17.813176 | 86 |
pulse on time (ton) | 269 | 352 | 17.809245 | 76 |
sustainability performance | 1787 | 3555 | 17.809079 | 50 |
i4.0 technologies | 190 | 203 | 17.808948 | 94 |
micro-edm process | 200 | 221 | 17.808149 | 90 |
opc ua | 576 | 1008 | 17.808071 | 57 |
industry 4.0 | 21332 | 24972 | 17.807833 | 85 |
life cycle thinking | 472 | 780 | 17.807681 | 61 |
life cycle assessment study | 208 | 236 | 17.805409 | 88 |
material removal rate (mrr) | 2076 | 4123 | 17.803831 | 50 |
wear ratio | 487 | 815 | 17.803242 | 60 |
industry 4 | 21420 | 25098 | 17.802156 | 85 |
community innovation | 530 | 912 | 17.798771 | 58 |
metal 3d print | 314 | 446 | 17.798612 | 70 |
university–industry collaboration | 180 | 187 | 17.797473 | 96 |
industrial robot | 11116 | 16311 | 17.795228 | 68 |
surface roughness (sr) | 721 | 1339 | 17.794097 | 54 |
tool path | 2822 | 5509 | 17.793526 | 51 |
industrial parks | 1098 | 2165 | 17.793437 | 51 |
advanced machining | 331 | 483 | 17.793330 | 69 |
laser beam melting | 262 | 342 | 17.792570 | 77 |
sdg9: industry, innovation, and infrastructure | 169 | 169 | 17.789628 | 100 |
printing parameters | 1140 | 2260 | 17.789564 | 50 |
environmental hotspots | 259 | 337 | 17.788369 | 77 |
3d printing technologies | 732 | 1369 | 17.787239 | 53 |
computer aided manufacturing | 840 | 1609 | 17.787037 | 52 |
printing parameter | 1181 | 2352 | 17.786285 | 50 |
robotic automation | 325 | 473 | 17.785077 | 69 |
selective laser melting technology | 257 | 334 | 17.784066 | 77 |
iso 14044 | 205 | 234 | 17.783792 | 88 |
process and product innovation | 222 | 266 | 17.783309 | 83 |
industrial robotic arm | 208 | 240 | 17.781190 | 87 |
green product innovation | 196 | 218 | 17.780359 | 90 |
additive manufacturing (3d printing) | 230 | 282 | 17.779736 | 82 |
chinese manufacturing | 831 | 1596 | 17.779642 | 52 |
deposition model | 6707 | 11362 | 17.779302 | 59 |
industrie 4.0 | 558 | 986 | 17.778680 | 57 |
attributional life cycle assessment | 174 | 179 | 17.778510 | 97 |
life cycle sustainability | 409 | 656 | 17.777673 | 62 |
energy efficiency in industry | 199 | 224 | 17.777088 | 89 |
cyber-physical production systems | 486 | 827 | 17.775529 | 59 |
3d microfabrication | 197 | 221 | 17.772740 | 89 |
pmedm | 251 | 325 | 17.770890 | 77 |
fused deposition modeling process | 199 | 225 | 17.770707 | 88 |
remanufacturing supply chain | 175 | 182 | 17.768755 | 96 |
open innovation model | 237 | 298 | 17.767716 | 80 |
sustainable road | 337 | 504 | 17.767567 | 67 |
major infrastructure projects | 268 | 360 | 17.767388 | 74 |
structure systems | 3703 | 7084 | 17.766369 | 52 |
iso 9001 standard | 227 | 279 | 17.765167 | 81 |
fast tool servo (fts) | 178 | 188 | 17.763414 | 95 |
advanced manufacturing processes | 220 | 266 | 17.762422 | 83 |
mixed model assembly line | 195 | 219 | 17.761822 | 89 |
eco-efficiency | 1699 | 3472 | 17.760626 | 49 |
laser melting technology | 264 | 354 | 17.758515 | 75 |
solid freeform fabrication (sff) | 243 | 312 | 17.757379 | 78 |
circular economy (ce) | 1010 | 2021 | 17.753363 | 50 |
iso 14001 certification | 248 | 323 | 17.752693 | 77 |
silicon microfabrication | 217 | 262 | 17.752689 | 83 |
port infrastructure investment | 218 | 264 | 17.752287 | 83 |
university-industry link | 208 | 245 | 17.751477 | 85 |
innovation practice | 789 | 1531 | 17.747843 | 52 |
remanufacturing industry | 205 | 240 | 17.747378 | 85 |
virtual prototyping technology | 267 | 363 | 17.746624 | 74 |
fourth industrial revolution (industry 4.0) | 198 | 227 | 17.746251 | 87 |
wire-edm | 323 | 481 | 17.745940 | 67 |
life cycle assessments (lca) | 200 | 231 | 17.744705 | 87 |
eco-indicator 99 | 301 | 435 | 17.742874 | 69 |
blue-green infrastructure | 188 | 209 | 17.742567 | 90 |
flexible manufacturing | 5694 | 10191 | 17.741990 | 56 |
rapid prototyping technologies | 305 | 444 | 17.741129 | 69 |
environmental product declaration | 304 | 442 | 17.740696 | 69 |
edm performance | 221 | 272 | 17.740491 | 81 |
global innovation index | 246 | 322 | 17.738868 | 76 |
machining efficiency | 1312 | 2705 | 17.735736 | 49 |
equity crowdfunding | 295 | 425 | 17.733318 | 69 |
s-lca | 255 | 342 | 17.731353 | 75 |
prototyping system | 764 | 1489 | 17.731069 | 51 |
impact 2002+ | 203 | 239 | 17.730559 | 85 |
rapid prototyping | 15803 | 21310 | 17.730478 | 74 |
5-axis machine | 246 | 324 | 17.729750 | 76 |
industrial ecosystem | 381 | 614 | 17.728977 | 62 |
hybrid life cycle assessment | 172 | 182 | 17.727609 | 95 |
hybrid additive | 333 | 509 | 17.726347 | 65 |
structure plan | 2503 | 5122 | 17.724380 | 49 |
micro- and nanofabrication | 237 | 307 | 17.724108 | 77 |
internet policy | 234 | 301 | 17.723932 | 78 |
machining characteristic | 916 | 1846 | 17.721106 | 50 |
cumulative energy demand (ced) | 223 | 280 | 17.719093 | 80 |
life cycle greenhouse gas | 366 | 585 | 17.717491 | 63 |
life cycle assessment | 26428 | 29651 | 17.714307 | 89 |
the industrial structure | 1142 | 2364 | 17.713619 | 48 |
laser-powder bed fusion | 203 | 242 | 17.712640 | 84 |
lean production systems | 204 | 244 | 17.712239 | 84 |
environmental innovation | 623 | 1179 | 17.711166 | 53 |
high-tech industries | 1018 | 2089 | 17.710955 | 49 |
machining characteristics | 875 | 1763 | 17.710910 | 50 |
r&d intensity | 702 | 1364 | 17.709702 | 51 |
rapid prototypes | 295 | 432 | 17.708700 | 68 |
innovation capability | 1321 | 2768 | 17.707319 | 48 |
polyjet | 385 | 632 | 17.706440 | 61 |
vat photopolymerization | 297 | 437 | 17.706321 | 68 |
sustainable industrial development | 222 | 281 | 17.703583 | 79 |
abiotic depletion potential | 188 | 215 | 17.702320 | 87 |
public transport infrastructure | 222 | 282 | 17.698420 | 79 |
sustainable manufacturing system | 178 | 197 | 17.697403 | 90 |
digital man | 1776 | 3760 | 17.694381 | 47 |
industrial wastewater treatment plants | 211 | 261 | 17.693417 | 81 |
ultra-precision turning | 176 | 194 | 17.692314 | 91 |
bulk micromachining technology | 177 | 196 | 17.691260 | 90 |
cnc machining center | 314 | 479 | 17.690204 | 66 |
industrial waste heat | 557 | 1039 | 17.689808 | 54 |
life cycle costing (lcc) | 362 | 587 | 17.688487 | 62 |
closed-loop supply chain network design | 169 | 182 | 17.685740 | 93 |
electron beam powder bed fusion | 184 | 210 | 17.685186 | 88 |
characterization factors | 348 | 557 | 17.684034 | 62 |
manufacturing platform | 557 | 1043 | 17.683557 | 53 |
pulse-off time | 322 | 499 | 17.683161 | 65 |
innovation ecosystem | 955 | 1981 | 17.680102 | 48 |
innovation index | 436 | 761 | 17.679653 | 57 |
inclusive innovation | 228 | 298 | 17.679195 | 77 |
lca practitioners | 202 | 246 | 17.677622 | 82 |
iso 9000 standard | 270 | 387 | 17.676349 | 70 |
machining feature | 468 | 838 | 17.675439 | 56 |
cnc controller | 242 | 328 | 17.674492 | 74 |
fdm 3d printer | 195 | 233 | 17.673281 | 84 |
manufacturing enterprises | 2411 | 5084 | 17.673015 | 47 |
global innovation | 567 | 1074 | 17.672294 | 53 |
industrial manipulators | 387 | 651 | 17.671401 | 59 |
automated manufacturing | 1434 | 3075 | 17.670622 | 47 |
types of innovation | 765 | 1547 | 17.669211 | 49 |
surface-micromachining | 192 | 228 | 17.668043 | 84 |
powder feeding | 606 | 1170 | 17.667671 | 52 |
recycling and remanufacturing | 173 | 192 | 17.666184 | 90 |
green supply chain management practice | 212 | 268 | 17.666112 | 79 |
open innovation approach | 201 | 246 | 17.666095 | 82 |
industrial waste heat recovery | 205 | 254 | 17.665835 | 81 |
reverse logistics network design | 176 | 198 | 17.663548 | 89 |
4th industrial revolution | 556 | 1054 | 17.662809 | 53 |
metal 3d printing | 259 | 367 | 17.661954 | 71 |
tool path planning | 354 | 579 | 17.661398 | 61 |
additive technologies | 655 | 1292 | 17.661011 | 51 |
rotary axes | 290 | 435 | 17.660405 | 67 |
deposition mode | 6722 | 12046 | 17.660315 | 56 |
machining robot | 181 | 208 | 17.660052 | 87 |
remanufacturing operations | 165 | 178 | 17.659796 | 93 |
overcut | 636 | 1248 | 17.659082 | 51 |
laser-cladding | 166 | 180 | 17.658573 | 92 |
prototyping. | 1911 | 4118 | 17.657765 | 46 |
life cycle sustainability assessment | 307 | 474 | 17.656564 | 65 |
symbiosis network | 189 | 224 | 17.656425 | 84 |
value stream mapping | 872 | 1813 | 17.656349 | 48 |
lean manufacturing system | 212 | 270 | 17.655371 | 79 |
hybrid machining | 378 | 637 | 17.654843 | 59 |
regional innovation policy | 197 | 240 | 17.654735 | 82 |
sustainable performance | 968 | 2041 | 17.654536 | 47 |
cnc turning | 451 | 810 | 17.651984 | 56 |
manufacturing waste | 440 | 784 | 17.651804 | 56 |
wire electric discharge machining (wedm) | 185 | 217 | 17.651410 | 85 |
industry 4.0 revolution | 191 | 229 | 17.649603 | 83 |
machining system | 1143 | 2454 | 17.649429 | 47 |
industry employment | 292 | 443 | 17.648203 | 66 |
micro/nano fabrication | 173 | 195 | 17.644381 | 89 |
quality of infrastructure | 205 | 258 | 17.643361 | 79 |
sustainable innovation | 817 | 1696 | 17.642915 | 48 |
eco-innovative | 246 | 344 | 17.641540 | 72 |
interdependent infrastructure | 296 | 454 | 17.641318 | 65 |
ultrasonic additive manufacturing | 161 | 173 | 17.640978 | 93 |
ultraprecision | 765 | 1574 | 17.640028 | 49 |
slm process parameters | 163 | 177 | 17.638585 | 92 |
edm drilling | 198 | 245 | 17.636998 | 81 |
industrial wastewater. | 1380 | 3014 | 17.635778 | 46 |
value stream map | 942 | 2002 | 17.635460 | 47 |
end-of-life product | 468 | 860 | 17.634133 | 54 |
manufacturing services | 497 | 930 | 17.633965 | 53 |
manufacturing machine | 798 | 1660 | 17.633187 | 48 |
new product innovation | 237 | 327 | 17.631608 | 72 |
environmental profile | 739 | 1520 | 17.630472 | 49 |
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