The scope is, however, not limited to those listed.1. Optimization Methods1.1 Optimization theories and algorithm1.2 Design sensitivity analysis and global optimization1.3 Parallel (or grid) computing in optimization1.4 Multiobjective optimization1.5 Probabilistic, heuristic, stochastic, evolutionary method
2. Shape and Topology Optimization 3. Design under Uncertainty3.1 Uncertainty propagation analysis3.2 Reliability analysis and design optimization3.3 Robust design optimization3.4 Model verification and validation3.5 Time-dependent reliability analysis and design 4. Approximations, Surrogates, and Metamodeling4.1 Approximation techniques4.2 Approximation-based design optimization4.3 Error and convergence study4.4 Model order reduction and benchmarking studies 5. Optimization in Engineering Applications5.1 Acoustic-vibration problems5.2 Additive manufacturing5.3 Condition monitoring, damage detection5.4 Metamaterials5.5 Multiscale and multiphysics problems5.6 Noise/vibration suppression and control5.7 Smart structure and energy harvesting 6. Optimization in Core Engineering Areas6.1 Aerospace engineering6.2 Architecture6.3 Automotive engineering6.4 Bioinspired and biomedical engineering6.5 Civil engineering6.6 Electronics, electrical systems and appliances6.7 Industrial engineering6.8 Naval/ocean engineering6.9 Renewable energy (wind, solar, etc.)7. Other Topics