This article reported the overall review on modeling (mathematical/simulation), analysis
(linear/nonlinear), and prediction of structural responses (static, vibration, transient, etc.) of …

The ablation research included epoxy-perlite composites of ten different proportions of
phase components (from 0% to 32% of powder volume share). We used epoxy resin CES …

In this research, the free vibration analysis of a sandwich plate with a transversely flexible
core and functionally graded–carbon nanotubes (FG-CNTs) reinforced nanocomposite face …

Modal analysis is the basis of the structural dynamics design and optimization. When
operating in a thermal environment, the structure may be affected by the temperature in …

Conducting a ground thermal/vibration joint test of thermal protection materials in extremely
high-temperature environments is important for the safety and reliability design of …

Engineering structures often exhibit time-varying characteristics due to environmental
erosion or working conditions during their service life. Therefore, time-varying modal …

We investigate the effect of thermal stresses on the band structure of elastic metamaterial
plates by developing a useful finite-element based method. The thermal field is assumed to …

The present work investigates ablative and thermoprotective properties of epoxy resins
modified with expanded perlite (vermiculite–3% or 10% of weight share). The properties of …

The active imaging blue light high-speed three-dimensional digital image correlation (3D-
DIC) system was combined with a transient aerodynamic heating system and random pulse …

In this paper, a piecewise shear deformation theory for laminated composite and sandwich
plates is presented by integrating the advantages of the layerwise theory and equivalent …