Class information for:
Level 1: THERMO MECHANICAL FATIGUE//THERMOMECHANICAL FATIGUE//CREEP FATIGUE

Basic class information
ID Publications Average number
of references		 Avg. shr. active
ref. in WoS
5303 1575 22.6 37%


Bar chart of Publication_year

Last years might be incomplete

Classes in level above (level 2)


ID, lev.
above		 Publications Label for level above
1471 7188 CREEP CRACK GROWTH//MATERIALS AT HIGH TEMPERATURES//SMALL PUNCH TEST

Terms with highest relevance score


Rank Term Type of term Relevance score
(tfidf)		 Class's shr.
of term's tot.
occurrences		 Shr. of publ.
in class containing
term		 Num. of
publ. in
class
1 THERMO MECHANICAL FATIGUE Author keyword 21 30% 4% 59
2 THERMOMECHANICAL FATIGUE Author keyword 19 28% 4% 58
3 CREEP FATIGUE Author keyword 16 24% 4% 57
4 DYNAMIC EMBRITTLEMENT Author keyword 11 56% 1% 14
5 CREEP FATIGUE INTERACTION Author keyword 11 30% 2% 31
6 CHRISTIAN DOPPLER FATIGUE ANAL Address 6 80% 0% 4
7 INCONEL 783 Author keyword 6 80% 0% 4
8 HIGH TEMPERATURE FATIGUE Author keyword 6 23% 2% 24
9 1CR MO V STEEL Author keyword 6 100% 0% 4
10 NORMALIZED CYCLE RATIO Author keyword 6 100% 0% 4

Web of Science journal categories

Author Key Words


Rank Web of Science journal category Relevance score
(tfidf)		 Class's shr.
of term's tot.
occurrences		 Shr. of publ.
in class containing
term		 Num. of
publ. in
class		 LCSH search Wikipedia search
1 THERMO MECHANICAL FATIGUE 21 30% 4% 59 Search THERMO+MECHANICAL+FATIGUE Search THERMO+MECHANICAL+FATIGUE
2 THERMOMECHANICAL FATIGUE 19 28% 4% 58 Search THERMOMECHANICAL+FATIGUE Search THERMOMECHANICAL+FATIGUE
3 CREEP FATIGUE 16 24% 4% 57 Search CREEP+FATIGUE Search CREEP+FATIGUE
4 DYNAMIC EMBRITTLEMENT 11 56% 1% 14 Search DYNAMIC+EMBRITTLEMENT Search DYNAMIC+EMBRITTLEMENT
5 CREEP FATIGUE INTERACTION 11 30% 2% 31 Search CREEP+FATIGUE+INTERACTION Search CREEP+FATIGUE+INTERACTION
6 INCONEL 783 6 80% 0% 4 Search INCONEL+783 Search INCONEL+783
7 HIGH TEMPERATURE FATIGUE 6 23% 2% 24 Search HIGH+TEMPERATURE+FATIGUE Search HIGH+TEMPERATURE+FATIGUE
8 1CR MO V STEEL 6 100% 0% 4 Search 1CR+MO+V+STEEL Search 1CR+MO+V+STEEL
9 NORMALIZED CYCLE RATIO 6 100% 0% 4 Search NORMALIZED+CYCLE+RATIO Search NORMALIZED+CYCLE+RATIO
10 TYPE 347 WELD METAL 6 100% 0% 4 Search TYPE+347+WELD+METAL Search TYPE+347+WELD+METAL

Key Words Plus


Rank Web of Science journal category Relevance score
(tfidf)		 Class's shr.
of term's tot.
occurrences		 Shr. of publ.
in class containing
term		 Num. of
publ. in
class
1 LOW CYCLE FATIGUE 31 18% 10% 152
2 HOLD TIME 25 60% 2% 28
3 ALLOY 718 19 42% 2% 35
4 IN 100 SUPERALLOY 18 83% 1% 10
5 CREEP FATIGUE 16 51% 1% 23
6 THERMOMECHANICAL FATIGUE 15 29% 3% 45
7 NIMONIC PE 16 SUPERALLOY 15 88% 0% 7
8 DYNAMIC EMBRITTLEMENT 9 33% 1% 22
9 BRITTLE INTERGRANULAR FRACTURE 9 67% 1% 8
10 1CR MO V STEEL 8 100% 0% 5

Journals


Rank Web of Science journal category Relevance score
(tfidf)		 Class's shr.
of term's tot.
occurrences		 Shr. of publ.
in class containing
term		 Num. of
publ. in
class
1 FATIGUE OF ENGINEERING MATERIALS AND STRUCTURES 2 12% 1% 17

Reviews


Title Publ. year Cit. Active
references		 % act. ref.
to same field
High temperature fatigue of nickel-base superalloys - A review with special emphasis on deformation modes and oxidation 2009 71 32 53%
A critical assessment of fatigue crack nucleation and growth models for Ni- and Ni, Fe-based superalloys 2011 10 77 51%
Dynamic embrittlement - time-dependent quasi-brittle intergranular fracture at high temperatures 2005 29 62 44%
A review of thermo-mechanical fatigue behaviour in polycrystalline nickel superalloys for turbine disc applications 2013 2 28 64%
NUCLEATION AND GROWTH OF CRACKS AND CAVITIES UNDER CREEP-FATIGUE INTERACTION 1993 40 31 68%
Effects of prior cold working on low cycle fatigue behavior of stainless steels, titanium alloy timetal 834 and superalloy IN 718: A review 2010 1 9 100%
Review of creep-fatigue endurance and life prediction of 316 stainless steels 2015 0 29 93%
The treatment of very short crack growth in low cycle fatigue and creep fatigue 2015 0 18 89%
Fatigue behavior in nickel-based superalloys: A literature review 1997 12 13 85%
Crack growth in structural materials under the combined action of fatigue and creep (review) 2009 3 50 66%

Address terms


Rank Address term Relevance score
(tfidf)		 Class's shr.
of term's tot.
occurrences		 Shr. of publ.
in class containing
term		 Num. of
publ. in
class
1 CHRISTIAN DOPPLER FATIGUE ANAL 6 80% 0.3% 4
2 MAT DEV GRP 4 21% 1.2% 19
3 FATIGUE WEAR MAT FWM WORKGRP 3 100% 0.2% 3
4 AUTOMOT INNOVAT 3 60% 0.2% 3
5 HEFEI GEN MACHINERY 2 67% 0.1% 2
6 TECHNOL P SURE VESSEL PIPELINE S 2 50% 0.2% 3
7 PROC EQUIPMENTS 1 38% 0.2% 3
8 ADV MATER ENG 1 50% 0.1% 2
9 FATIGUE WORKGRP 1 50% 0.1% 2
10 FWM WORKGRP 1 100% 0.1% 2

Related classes at same level (level 1)


Rank Relatedness score Related classes
1 0.0000145434 INCONEL 617//ALLOY 617//IMPURE HELIUM
2 0.0000123156 SINGLE CRYSTAL SUPERALLOY//NICKEL BASE SINGLE CRYSTAL SUPERALLOY//HIGH TEMP MAT GRP
3 0.0000117829 SAME AREA OBSERVATION//SCANNING ELECTRON MICROSCOPE ELECTRON BACKSCATTER DIFFRACTION SEM EBSD//SCANNING ELECTRON MICROSCOPE ELECTRON BACKSCATTER DIFFRACTION
4 0.0000116546 CREEP CRACK GROWTH//CREEP CRACK INITIATION//C T PARAMETER
5 0.0000115543 COMBINED HIGH AND LOW CYCLE FATIGUE//HYDRAULIC PROPS//COMPOSITE LAMINATED MATERIALS
6 0.0000107111 HIGH TEMPERATURE DESIGN CODE//WILSHIRE EQUATIONS//CREEP FRACTURE
7 0.0000098788 DUCTILITY DIP CRACKING//GAMMA DOUBLE PRIME PHASE//DELTA PHASE
8 0.0000097649 STATE FATIGUE FRACTURE MAT//PERSISTENT SLIP BAND//COPPER BICRYSTAL
9 0.0000092758 INTERMEDIATE PRESSURE TURBINE//CRACK INITIATION BEHAVIOR//GRAPHICAL INTERACTIVE PROGRAM
10 0.0000087027 HIGH MN CR STEEL//IN SITU IRRADIATION EFFECT//INSITU IRRADIATION TEST