MDOcean is a multidisciplinary semi-analytical model for wave energy converters that runs in 151 ms with near-numerical accuracy for techno-economic analysis.
Extensions to the Design Structure Matrix for the Description of Multidisciplinary Design, Analysis, and Optimization Processes
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A new coupled adjoint enables efficient linear stability analysis as a constraint in transonic buffet-constrained aerodynamic shape optimization, demonstrated with 22.4% drag reduction on the OAT15A airfoil.
Multidisciplinary optimization of wave-driven desalination cuts levelized cost of water by 69.5% versus nominal designs and yields substantially different optima than sequential approaches.
citing papers explorer
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Development, Validation, and Benchmarking of a Multidisciplinary Semi-Analytical Model for Wave Energy Converters
MDOcean is a multidisciplinary semi-analytical model for wave energy converters that runs in 151 ms with near-numerical accuracy for techno-economic analysis.
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Buffet Alleviation via Linear Stability Adjoint
A new coupled adjoint enables efficient linear stability analysis as a constraint in transonic buffet-constrained aerodynamic shape optimization, demonstrated with 22.4% drag reduction on the OAT15A airfoil.
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Multidisciplinary Design Optimization for Wave-Driven Desalination Systems
Multidisciplinary optimization of wave-driven desalination cuts levelized cost of water by 69.5% versus nominal designs and yields substantially different optima than sequential approaches.