Influence of Carbon Nanotubes on the Mechanical Properties and Morphology of the Thermoplastic Polymer Matrix of the Polyamide 6
p.221
p.221
Computer Nonlinear Analysis of the Formation and Development of Cracks in a Travertine Stone Pavement Exposed to Bending Stress Caused by a Single Load
p.225
p.225
Computer Nonlinear Analysis of the Formation and Development of Cracks in a Reinforced Concrete Slab Loaded by a Planar Uniform Load
p.229
p.229
Corelation of Results of Creep and Micro-Indentation Creep for PP-Copo
p.233
p.233
Local Viscoelastic Properties of a Thermoplastic/Carbon Laminate as an Indicator of Fatigue Damage
p.237
p.237
Instrumented Indentation of Composite Materials Prepared by Methods of Mechanochemistry
p.241
p.241
Inspection of Post Impact Fatigue Damage in Carbon Fibre Composite Using Modulus Mapping Technique
p.245
p.245
Mechanical Properties of Rubber Samples
p.249
p.249
Micro-Hardness and Morphology of LDPE Influenced by Beta Radiation
p.253
p.253
Local Viscoelastic Properties of a Thermoplastic/Carbon Laminate as an Indicator of Fatigue Damage
Abstract:
The paper is aimed at an assessment of influence of damage accumulation in a thermoplastic/carbon laminate during a tensile cycling loading on durability, Young modulus and both instant and time-dependent local mechanical characteristics of a thermoplastic matrix, analysed by means of instrumented microindentation. Standard mechanical data from three-point bending are compared with results of the local microindentation testing.
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Info:
Periodical:
Key Engineering Materials (Volume 606)
Pages:
237-240
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Online since:
March 2014
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