FATIGUE FRACTURE OF ENGINEERING MATERIALS STRUCTURES
LIU HK, HWANG SF, YANG SH, LEI CH
Fracture, fatigue, and sliding-wear behavior of nanocomposites of alumina and reduced graphene-oxide
ACTA MATERIALIA
WANG Q, RAMIREZ C, WATTS CS, BORREROLOPEZ O, ORTIZ AL, SHELDON BW, PADTURE NP
COMPOSITES PART AAPPLIED SCIENCE MANUFACTURING
LEOPOLD C, JUST G, KOCH I, SCHETLE A, KOSMANN JB, GUDE M, FIEDLER B
MATERIALS TODAY COMMUNICATIONS
KUMAR HGP, PRABHAKARAN S, XAVIOR MA, KALAINATHAN S, LIN D, SHUKLA P, VASUDEVAN VK
INTERNATIONAL JOURNAL OF FATIGUE
BHASIN M, WU SY, LADANI RB, KINLOCH AJ, WANG CH, MOURITZ AP
SMALL
RAFIEE MA, RAFIEE J, SRIVASTAVA I, WANG Z, SONG HH, YU ZZ, KORATKAR N
CONSTRUCTION BUILDING MATERIALS
ALSAADI NTK, MOHAMMED A, ALMAHAIDI R
CONSTRUCTION BUILDING MATERIALS
AISAADI NTK, MOHAMMED A, ALMAHAIDI R
NANO LETTERS
HWANG B, KIM W, KIM J, LEE S, LIM S, KIM S, OH SH, RYU S, HAN SM
ADVANCED FUNCTIONAL MATERIALS
WAN SJ, XU FY, JIANG L, CHENG QF