Failure assessment is one of the fundamental tasks for optimization of composite pressure
vessels (CPVs). However, the extensive design space of composites usually leads to costly …

The increasing production and improper disposal of plastic waste present a major global
environmental challenge, highlighting the need for sustainable solutions. This review …

Under the water flow excitation, large submerged structures like trashracks of hydropower
stations usually undergoes flow-induced vibration (FIV) and the ensuing fatigue damage …

This study aims at generation of a novel artificial bee colony algorithm using surrogate finite
element method with neural network technique. In this paper, theory of surrogate finite …

Multi-objective parametric optimization problem is presented for overwrapped composite
pressure vessels under internal pressure for storage and heating water. It is solved using the …

This study presents a novel computational model to investigate the bending behaviour of
thin-and thick-walled composite pipes made from fully bonded fibre-reinforced thermoplastic …

This study presents a modified differential evolution algorithm for optimizing sandwich
composite cylinders under hydrostatic pressure. The algorithm enforces balanced laminates …

Fiber reinforced thermoplastic composite pipe (FRTP) has advantages over traditional
metallic counterparts for oil and gas transportation. During in-service the pipe is subjected to …

The typical composite pressure vessel manufactured by means of filament winding consists
of three elementary construction parts, that is, cylindrical part, end dome and the junction …

To improve the reliability of the glass fiber-reinforced plastic (GFRP) mortar culvert structure
more effectively, their failure modes were estimated by combining the Tsai–Wu and Tang …