The strength degradation of the composite material due to hygrothermal ageing is investigated with statistical significance. study aims report effect on moments material. Quasi-static tensile, compressive and flexure tests were performed a significant number samples by following ASTM standards. moisture absorption behaviour test specimens was modelled using Fick diffusion model. A observed agei...

Hygrothermal mathematical models are commonly used to describe heat and moisture transfer in porous bio-based building construction materials. This allows evaluate their thermal insulation capacity, as well ability regulate external climatic conditions ensure indoor comfort for inhabitants. In this paper, a sensitivity analysis is performed on Kunzel's model, while it applied simulate the hygro...

Laminated bamboo lumber (BLL) and scrimber (BS) are potential environmentally friendly building materials, considering that they hygroscopic materials their hygrothermal performance is closely related to the occupants’ comfort, durability, energy consumption. This study carried out material property tests on bamboo-based (BLL BS) analyzed simulations exterior wall constructions in five major cl...

With the application of composites in various industries viz. aerospace, automobile, defence and marine, it becomes essential to carry out Compression After Impact (CAI) vibration tests study their behavior different environmental conditions. This investigates significance CAI damping characteristics aramid-basalt/epoxy interply under hygrothermal In this examination, laminates were exposed thr...

We investigated the effects of hygrothermal aging on the tension–tension fatigue behavior of unidirectional (UD) glass/polydicyclopentadiene (pDCPD) composites. Samples were immersed in deionized (DI) water and salt water, and glass/epoxy composites were used as a benchmark for comparison. Composites of pDCPD showed less water uptake and superior fatigue performance compared to similarly aged e...