In this study, the thermal-vibration ageing characteristics of three thin-walled cylindrical
shells (TCSs) covered with a functionally graded protective coating (FGPC) are investigated …

Polyurea coating (PC) is a promising surface treatment technology for improving structural
static and dynamic mechanical properties in a thermal environment. However, rare studies …

In this paper, the material nonlinearity induced by the high temperature is introduced in the
modeling of fiber-reinforced composite thin plate structure, and a nonlinear dynamic model …

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 …

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 research, the nonlinear dynamic degradation characteristics of fiber-reinforced
composite plates in thermal environment are investigated through a novel dynamic …

Thermal protection system (TPS) is crucial for hypersonic flight vehicles to effectively protect
them against the aerothermal effect imposed on them during flying with high Mach number …

In this study, a segmented degradation model was established for the first time to predict and
evaluate the dynamic degradation characteristics of carbon fibre-reinforced epoxy …

Temperature has significant effects on the modal parameters of a structure. In general, as
the temperature increases, the natural frequencies of a structure decrease with the softening …