Class information for:
Level 1: POROUS TITANIUM//TITANIUM FOAM//SPACE HOLDER

Basic class information
Class id #P Avg. number of
references		 Database coverage
of references
13986 800 29.6 68%


Bar chart of Publication_year

Last years might be incomplete

Hierarchy of classes
The table includes all classes above and classes immediately below the current class.


Cluster id Level Cluster label #P
16 4 ENGINEERING, CIVIL//CONSTRUCTION & BUILDING TECHNOLOGY//MECHANICS 627508
470 3       INTERNATIONAL JOURNAL OF IMPACT ENGINEERING//ENERGY ABSORPTION//CRASHWORTHINESS 24086
1420 2             NACRE//AUXETIC//ALUMINUM FOAM 7972
13986 1                   POROUS TITANIUM//TITANIUM FOAM//SPACE HOLDER 800

Terms with highest relevance score


rank Term termType Chi square Shr. of publ. in
class containing
term		 Class's shr. of
term's tot. occurrences		 #P with
term in
class
1 POROUS TITANIUM authKW 1459905 10% 50% 76
2 TITANIUM FOAM authKW 661558 3% 67% 26
3 SPACE HOLDER authKW 391445 3% 51% 20
4 SPACE HOLDER METHOD authKW 318062 1% 83% 10
5 POROUS TI authKW 200874 1% 53% 10
6 ELECTRO DISCHARGE authKW 170015 1% 64% 7
7 POROUS TANTALUM authKW 169729 2% 34% 13
8 SPACE HOLDER TECHNIQUE authKW 162842 1% 53% 8
9 GRP ADV BIOMAT REGENERAT MED address 159031 1% 83% 5
10 SEJONG BIOENGN address 159031 1% 83% 5

Web of Science journal categories


Rank Term Chi square Shr. of publ. in
class containing
term		 Class's shr. of
term's tot. occurrences		 #P with
term in
class
1 Materials Science, Biomaterials 24854 29% 0% 233
2 Engineering, Biomedical 7124 24% 0% 191
3 Metallurgy & Metallurgical Engineering 4236 25% 0% 198
4 Materials Science, Multidisciplinary 2502 40% 0% 320
5 Orthopedics 253 5% 0% 43
6 Materials Science, Ceramics 237 4% 0% 30
7 Cell & Tissue Engineering 186 2% 0% 12
8 Nanoscience & Nanotechnology 122 5% 0% 41
9 Engineering, Manufacturing 104 2% 0% 18
10 Materials Science, Composites 90 2% 0% 14

Address terms


Rank Term Chi square Shr. of publ. in
class containing
term		 Class's shr. of
term's tot. occurrences		 #P with
term in
class
1 GRP ADV BIOMAT REGENERAT MED 159031 1% 83% 5
2 SEJONG BIOENGN 159031 1% 83% 5
3 WM KECK BIOMED MAT 119241 3% 16% 20
4 MOTHERS CHILDS HLTH 87120 1% 21% 11
5 BAMR 85876 0% 75% 3
6 HIGH PERFORMANCE ALLOY PROD 85876 0% 75% 3
7 ADV TOOLS CO 76336 0% 100% 2
8 AIR SPACE 76332 1% 50% 4
9 BIOMAT BIOMECAN ENGN TEIXITS 38168 0% 100% 1
10 BIOMAT BIOPROC ENGN 38168 0% 100% 1

Journals


Rank Term Chi square Shr. of publ. in
class containing
term		 Class's shr. of
term's tot. occurrences		 #P with
term in
class
1 MATERIALS SCIENCE & ENGINEERING C-MATERIALS FOR BIOLOGICAL APPLICATIONS 14023 5% 1% 41
2 POWDER METALLURGY 13402 3% 2% 22
3 JOURNAL OF MATERIALS SCIENCE-MATERIALS IN MEDICINE 8406 4% 1% 34
4 ADVANCED ENGINEERING MATERIALS 7390 3% 1% 24
5 JOURNAL OF BIOMEDICAL MATERIALS RESEARCH 4770 3% 1% 23
6 JOURNAL OF THE MECHANICAL BEHAVIOR OF BIOMEDICAL MATERIALS 4634 2% 1% 16
7 JOURNAL OF BIOMEDICAL MATERIALS RESEARCH PART B-APPLIED BIOMATERIALS 3588 2% 1% 17
8 ACTA BIOMATERIALIA 3443 3% 0% 20
9 CLINICAL MATERIALS 2724 0% 7% 1
10 JOURNAL OF BIOMATERIALS AND TISSUE ENGINEERING 2514 1% 1% 6

Author Key Words


Rank Term Chi square Shr. of publ. in
class containing
term		 Class's shr. of
term's tot. occurrences		 #P with
term in
class		 LCSH search Wikipedia search
1 POROUS TITANIUM 1459905 10% 50% 76 Search POROUS+TITANIUM Search POROUS+TITANIUM
2 TITANIUM FOAM 661558 3% 67% 26 Search TITANIUM+FOAM Search TITANIUM+FOAM
3 SPACE HOLDER 391445 3% 51% 20 Search SPACE+HOLDER Search SPACE+HOLDER
4 SPACE HOLDER METHOD 318062 1% 83% 10 Search SPACE+HOLDER+METHOD Search SPACE+HOLDER+METHOD
5 POROUS TI 200874 1% 53% 10 Search POROUS+TI Search POROUS+TI
6 ELECTRO DISCHARGE 170015 1% 64% 7 Search ELECTRO+DISCHARGE Search ELECTRO+DISCHARGE
7 POROUS TANTALUM 169729 2% 34% 13 Search POROUS+TANTALUM Search POROUS+TANTALUM
8 SPACE HOLDER TECHNIQUE 162842 1% 53% 8 Search SPACE+HOLDER+TECHNIQUE Search SPACE+HOLDER+TECHNIQUE
9 TITANIUM SCAFFOLD 122135 1% 80% 4 Search TITANIUM+SCAFFOLD Search TITANIUM+SCAFFOLD
10 BONE INGROWTH 115197 3% 12% 25 Search BONE+INGROWTH Search BONE+INGROWTH

Core articles
The table includes core articles in the class. The following variables is taken into account for the relevance score of an article in a cluster c:
(1) Number of references referring to publications in the class.
(2) Share of total number of active references referring to publications in the class.
(3) Age of the article. New articles get higher score than old articles.
(4) Citation rate, normalized to year.


Rank Reference # ref.
in cl.		 Shr. of ref. in
cl.		 Citations
1 ARIFVIANTO, B , ZHOU, J , (2014) FABRICATION OF METALLIC BIOMEDICAL SCAFFOLDS WITH THE SPACE HOLDER METHOD: A REVIEW.MATERIALS. VOL. 7. ISSUE 5. P. 3588-3622 54 57% 16
2 LI, YH , YANG, C , ZHAO, HD , QU, SG , LI, XQ , LI, YY , (2014) NEW DEVELOPMENTS OF TI-BASED ALLOYS FOR BIOMEDICAL APPLICATIONS.MATERIALS. VOL. 7. ISSUE 3. P. 1709 -1800 74 29% 66
3 OZBILEN, S , LIEBERT, D , BECK, T , BRAM, M , (2016) FATIGUE BEHAVIOR OF HIGHLY POROUS TITANIUM PRODUCED BY POWDER METALLURGY WITH TEMPORARY SPACE HOLDERS.MATERIALS SCIENCE & ENGINEERING C-MATERIALS FOR BIOLOGICAL APPLICATIONS. VOL. 60. ISSUE . P. 446 -457 28 90% 1
4 LI, BQ , LI, ZQ , LU, X , (2015) EFFECT OF SINTERING PROCESSING ON PROPERTY OF POROUS TI USING SPACE HOLDER TECHNIQUE.TRANSACTIONS OF NONFERROUS METALS SOCIETY OF CHINA. VOL. 25. ISSUE 9. P. 2965 -2973 26 79% 1
5 DUNAND, DC , (2004) PROCESSING OF TITANIUM FOAMS.ADVANCED ENGINEERING MATERIALS. VOL. 6. ISSUE 6. P. 369 -376 30 65% 179
6 WANG, CL , CHEN, HJ , ZHU, XD , XIAO, ZW , ZHANG, K , ZHANG, XD , (2017) AN IMPROVED POLYMERIC SPONGE REPLICATION METHOD FOR BIOMEDICAL POROUS TITANIUM SCAFFOLDS.MATERIALS SCIENCE & ENGINEERING C-MATERIALS FOR BIOLOGICAL APPLICATIONS. VOL. 70. ISSUE . P. 1192 -1199 24 71% 0
7 LEWIS, G , (2013) PROPERTIES OF OPEN-CELL POROUS METALS AND ALLOYS FOR ORTHOPAEDIC APPLICATIONS.JOURNAL OF MATERIALS SCIENCE-MATERIALS IN MEDICINE. VOL. 24. ISSUE 10. P. 2293-2325 43 37% 21
8 TORRES, Y , LASCANO, S , BRIS, J , PAVON, J , RODRIGUEZ, JA , (2014) DEVELOPMENT OF POROUS TITANIUM FOR BIOMEDICAL APPLICATIONS: A COMPARISON BETWEEN LOOSE SINTERING AND SPACE-HOLDER TECHNIQUES.MATERIALS SCIENCE & ENGINEERING C-MATERIALS FOR BIOLOGICAL APPLICATIONS. VOL. 37. ISSUE . P. 148 -155 26 60% 12
9 ARIFVIANTO, B , LEEFLANG, MA , ZHOU, J , (2016) CHARACTERIZATION OF THE POROUS STRUCTURES OF THE GREEN BODY AND SINTERED BIOMEDICAL TITANIUM SCAFFOLDS WITH MICRO-COMPUTED TOMOGRAPHY.MATERIALS CHARACTERIZATION. VOL. 121. ISSUE . P. 48 -60 24 67% 0
10 RYAN, G , PANDIT, A , APATSIDIS, DP , (2006) FABRICATION METHODS OF POROUS METALS FOR USE IN ORTHOPAEDIC APPLICATIONS.BIOMATERIALS. VOL. 27. ISSUE 13. P. 2651-2670 32 36% 492

Classes with closest relation at Level 1


Rank Class id link
1 28134 METAL RUBBER//POROUS METAL FIBER SINTERED SHEET//FIBER FELT
2 7999 APATITE//BIOMIMETIC PROCESS//SIMULATED BODY FLUID SBF
3 6292 NITI//NITI ALLOY//NITINOL
4 2523 SELECTIVE LASER MELTING//ADDITIVE MANUFACTURING//SELECTIVE LASER MELTING SLM
5 1035 OSSEOINTEGRATION//TITANIUM IMPLANTS//TITANIUM
6 3107 BETA TITANIUM ALLOY//TITANIUM ALLOY//OMEGA PHASE
7 1043 ALUMINUM FOAM//CELLULAR MATERIALS//METAL FOAM
8 34412 PROD ENGN MC DESIGN//PROD MC DESIGN ENGN//TG DTA MEASUREMENT
9 26462 DIRECT SKELETAL ATTACHMENT//PERCUTANEOUS DEVICE//PERCUTANEOUS IMPLANT
10 29575 INTERNAL STRESS SUPERPLASTICITY//AL BE EUTECTIC COMPOSITE//AL MG ALLOY A535

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