[HTML][HTML] Reliability based optimisation of composite plates under aeroelastic constraints via adapted surrogate modelling and genetic algorithms
Composite materials are vital in aerospace for their exceptional strength-to-weight ratio. This
study delves into reliability-based optimisation of composite plates within aeroelastic …
study delves into reliability-based optimisation of composite plates within aeroelastic …
Robust optimization of a 3D printed periodic frame structure using the inferred characterization of the additive manufacturing system
Statistical process control has been successfully used to monitor manufacturing processes
for decades. Some key variables are usually monitored, and their values can give valuable …
for decades. Some key variables are usually monitored, and their values can give valuable …
[PDF][PDF] Probabilistic-Ellipsoid Hybrid Reliability Multi-Material Topology Optimization Method Based on Stress Constraint.
Z Mao, Q Zhao, L Zhang - CMES-Computer Modeling in …, 2024 - cdn.techscience.cn
This paper proposes a multi-material topology optimization method based on the hybrid
reliability of the probability-ellipsoid model with stress constraint for the stochastic …
reliability of the probability-ellipsoid model with stress constraint for the stochastic …
Aeroelastic reliability based optimisation of composite plates via dual-space surrogate modeling
RB Claret, N Fabbiane, C Fagiano, C Julien… - … International Forum on …, 2024 - hal.science
Composite materials are essential in aerospace engineering due to their superior strength-
to-weight ratio. This work explores the reliability-based design optimisation of composite …
to-weight ratio. This work explores the reliability-based design optimisation of composite …