DOI: 10.17760/d20004893
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Tribological and mechanical characterization of thin polymer films

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Cited by 4 publications
(2 citation statements)
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“…In particular, the chapter by Ramalingam and Zheng [77] presented an analytic model on the stress distribution caused by the elastic difference of coating and substrates. Sheng [78] developed experimental techniques to assess the quality of thin polymer films, including friction, durability, and interfacial adhesion. The characteristics of friction and durability of PTFE films on aluminum substrate were investigated using ball-on-disk and ball-on-plate configurations.…”
Section: Coating Over Aluminum Alloysmentioning
confidence: 99%
See 1 more Smart Citation
“…In particular, the chapter by Ramalingam and Zheng [77] presented an analytic model on the stress distribution caused by the elastic difference of coating and substrates. Sheng [78] developed experimental techniques to assess the quality of thin polymer films, including friction, durability, and interfacial adhesion. The characteristics of friction and durability of PTFE films on aluminum substrate were investigated using ball-on-disk and ball-on-plate configurations.…”
Section: Coating Over Aluminum Alloysmentioning
confidence: 99%
“…The fatigue module in MSC uses the three fatigue life prediction methods: total life, crack initiation, and crack propagation. Stress-life method Indentation test Yildiz et al [87] Stress-life method Fretting fatigue test Carlson et al [101] Strain-life method Material properties Navarro et al [102] Linear Fracture Mechanism Fretting fatigue test Alzoubi et al [68] Linear Fracture Mechanism Bending test Sangkla et al [103] Stress-life method Grippers Kolesnikov et al [104] Stress-life method Rails Sliwa et al [105,106] Stress-life method Coatings on steel Dobrzanski et al [107] Stress-life method Coatings on steel Wu et al [64] Stress-life method Ceramic coated steel Tasdemirci and Apalak [108] Stress-life method Indentation test Wei and James [82] Linear Fracture Mechanism Composite materials Sridhar et al [94] Temperature Piston Basecu et al [83] Stress-life method Wheel to wheel contact Bouzaki et al [88][89][90] Strain-life method Indentation test Kanber and Demirhan [93] Contact mechanics Thin to medium coating Majzoobi et al [109] Stress-life method fasteners Strain-life method Rolling and sliding contact Baregetti et al [110] Linear Fracture Mechanism PVD coating Baregetti [111] Linear Fracture Mechanism Coated spur gears Baragetti and Tordini [86] Strain-life method Rotating fatigue test Baragetti and Tordini [112] Strain-life method Spur gears Basecu et al [83] Stress-life method Wear at interface Ma et al [113] Stress-life method Coated carbide drill Miao et al [114] Hardness analysis Indentation test Ronkainen et al [115] Stress-life method Diamond-coated drills Mount [116] Linear Fracture Mechanism Thin-film coating Sheng [78] Contact mechanics Thin polymer films FEMLAB Lakkaraju et al [85] Stress-life method Indentation test Solid Works/Comos M Mituletu et al…”
Section: Fea Software Packages For Fatigue Analysismentioning
confidence: 99%