Material Optimization of a Rubber Compression Moulding Machine - Tejani, Ghanshyam
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Parametric design optimization and a modern design approach (i.e. size and topology optimization) are applied and demonstrated on the structure of a rubber compression moulding machine using ANSYS 13 software. The study confirms that the structural optimization results in an innovative design with low cost. Keywords - Finite Element Analysis, Structural Optimization, ANSYS, Design Optimization, Size and Topology Optimization.

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Produktbeschreibung
Parametric design optimization and a modern design approach (i.e. size and topology optimization) are applied and demonstrated on the structure of a rubber compression moulding machine using ANSYS 13 software. The study confirms that the structural optimization results in an innovative design with low cost. Keywords - Finite Element Analysis, Structural Optimization, ANSYS, Design Optimization, Size and Topology Optimization.
Autorenporträt
Dr. Ghanshyam Tejani is an assistant professor in MED, School of Engineering, RK University, India. His research includes truss optimization, hybrid and modified metaheuristics, artificial intelligence, machine learning, etc. He has been publishing many research papers in Science Direct (Elsevier), T&F, ASCE, Springer, Techno press, IGI global, etc