Mechanical Behavior of a Sandwich Composite with Cardboard Core Reinforced Fabric

A finite element model based on the constitutive model of Transformation Strain Analysis proposed by Dvorak was used to estimate the local stress in composite and external layer of

Thus, by using the mechanical properties and geometrical parameters of the constituents (step of fluting, thickness of skins and core), this model should be able to

An analytical model developed in previous study was applied to predict the behavior of the corrugated cardboard under atmospheric conditions. It has been found that this approach

The failure modes were observed using an optical microscope, and the results show that the carbon/epoxy composite laminate had the highest mechanical strength and modulus and the

The objective of the current study was to gain a better understanding of mechanical and dynamic mechanical properties of hybrid composite laminate reinforced with glass woven

The objective of the current study was to gain a better understanding of mechanical and dynamic mechanical properties of hybrid composite laminate reinforced

The microstructural analysis of the CoAl-Cu composite sintered in liquid phase at 1120°C (Fig. 5) shows that the CoAl particles became well embedded in the

Figure 12: Prediction range of the mechanical behavior of composite M+T 1 in uniaxial tension under warp and weft directions. The robustness of the prediction is assessed when