Fatigue testing of materials under various loading conditions is an important basis for designing high performance structures.
Moreover, the changes in the parameters of several commonly used materials under various conditions remain largely unknown.
This is due to the interesting reversible optical and electrical switching that occurs in these materials under various external influences.
Previous works exhibited the ability of such an approach to simulate the mechanical behavior of continuous materials under various solicitations.
Due to the complex behavior of asphalt pavement materials under various loading conditions, pavement structure, and environmental conditions, accurately predicting the permanent deformation of asphalt pavement is difficult.
Discussions about proper modeling are based on the typical cyclic plasticity phenomena obtained from testing several engineering materials under various uniaxial and multiaxial cyclic loading conditions.
We established a method to determine the binding orientation of lysozyme for different materials under various experimental conditions enabling us to observe changes in the mode of adsorption.
A centrifugal accelerator erosion tester was designed to investigate the particle dynamics and erosion of different materials under various operating conditions.
The optimal shape, material length ratio and flexural rigidity of the overhang bar composed of two materials under various constraints are discussed.
