The tensile response and failure of composite riveted joints are studied experimentally in the present paper.
Considering the principal tensile direction, the tensile response of the concrete behaves differently before and after cracking.
Also, the tensile response and morphological changes of virgin, chemically damaged and conditioner-treated Caucasian hair after soaking were compared against the corresponding dry tensile response.
The tensile response of Ti3SiC2 is a strong function of strain rate and temperature.
The creep and tensile response of maleated and non-maleated PE nanocomposites were determined.
The tensile response of hair is hence of considerable interest to the cosmetics industry.
Previous studies have used optical/scanning electron microscopy to characterize hair tensile response.
Morphological changes, in-plane tensile response, friction coefficient and wear rate were characterized as functions of the annealing temperature.
This work aims at understanding the effect of particle matrix interfacial debonding on the tensile response of syntactic foams.
An analytical model to predict the compressive and tensile response of woven composites up to failure is proposed.
The tensile response of some simple fibre assemblies is calculated, using the actual stress-strain relationships of constituent fibres.
