The design and implementation is conducted on a coupled biaxial material testing machine.
Rotational test to failure was performed with a material testing machine.
Moreover, a universal material testing machine was performed to determine the mechanical properties of the SR-matrix nanocomposites.
It was connected to a force sensor set on a material testing machine in the range [0; 100 N].
Microstructures, rheological and mechanical properties of the composites were also studied via scanning electron microscopy (SEM), dynamic rheological measurement and universal material testing machine.
Square tubes are prepared by folding aluminum alloy 3003 H12 sheets and quasi-static axial crushing tests are then performed with universal material testing machine.
Axial load was applied to the distal end of each construct by a material testing machine under control of a motion analysis video system.
Biomechanical properties in vitro, such as tensile strength, stress-strain, stress-relaxation, and creep were tested by INSTRON material testing machine.
The cure behavior, thermal and mechanical properties, and shape memory performance of the cured resins were carefully characterized using differential scanning calorimetry (DSC), thermogravimetric analyses (TGA), dynamic mechanical analyses (DMA), universal material testing machine and notched Izod impact test, respectively.
In order to determine the behavior of the X10CrAlSi25 steel at room and elevated temperatures, a number of uniaxial tests were performed using a modern computer controlled material testing machine.
Novel devices to impose a designated tensile strain or compressive strain are also developed for tension/compression tests with the high speed material testing machine at intermediate strain rates.
