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Additive manufacturing has grown in popularity around the world, and it is now a multibillion-dollar business incorporating a variety of materials and techniques. AM has established itself as a rigorous scientific and commercially feasible method to produce metallic parts with improved mechanical properties. Certain business problems, such as high machine and material costs, do exist. Sustainable manufacturing, optimization tools, and simulation models are required due to the intricacies involved in order to save time and money on costly trial and error. Sustainable manufacturing, optimization tools, and simulation models are required due to the intricacies involved in order to save time and money on costly trial and error. Scientists and business are paying attention to topology optimization and simulation of AM processes, which are commercially available. The webinar is the 1st webinar under the series Advanced Materials & Manufacturing. Participants can learn about current developments and innovations in the fields of Design for additive manufacturing, topology optimization, and simulation technologies by attending this webinar.
Simulation of ALM Topology Optimization Upfront CAE & Concept generation
Mr. Ramesha BS works as a Sr. Manager- Academic Initiatives at Altair Engineering Hyderabad. He holds an M.Tech (Advanced manufacturing Engineering) degree from REC – Surathkal (NITK), and has more than 18 years of experience in CAE field. Since 2002, he has worked in the areas of Product Design and Development, Technical Support, Interface Specialist, Pre-sales and Post-Sales Technical support. In his earlier role, for 8 years, he had contributed in Business Development for Major Automotive OEM’s, Key Tier 1 Suppliers and Engineering Consultancy organizations in Southern Part of India enabling Technical support of HyperWorks products in Chennai and Hyderabad Regions.
Additive Manufacturing
