To realize highly flexible electronic devices that operate under stress, a fundamental understanding of metalized polymer films and their behaviour under loading is extremely important.
Soil classification is a means of grouping soils into categories according to a shared set of properties or characteristics that will exhibit similar engineering behaviour under loading.
The measured mechanical behaviour under loading is used to determine an approximate strain energy function for the composite via ABAQUS software hyperelastic materials modelling curve fitting, with the Ogden and Yeoh hyperelastic models showing reasonable agreement to experimental data.
The behaviour under different loading conditions (loading velocity and radial constraints) has been determined by an extensive experimental program.
The non-linear stress strain behaviour under tensile load and the linear elastic behaviour under compression load were included in the finite element analysis (FEA) of bending behaviour.
Although precast concrete segmental columns have been more and more widely used in constructions, there is a lack of study on its behaviour under dynamic loading especially impact loading.
The GFRP sandwich floor panel demonstrated a linear behaviour under point load.
It can also be seen that the latter series showed a more ductile behaviour under flexural load with multiple cracking around the tip of the notch and this did not occur with other series.
In addition, the influence of the FFRP laminate thickness was investigated in terms of (1) flexural strength and toughness under static loading, (2) flexural behaviour under impact loading, and (3) failure mode.
The FE model predicted the ROPS behaviour under rear loads more accurately than under side loads.
