Willyanto, and Siahaan, Ian Hardianto and N, RM MOCHAMAD TRAH ISWORO and BUDI, SATRIA ARIEF (2009) Sustainable Product Development for Car Lifting Equipment using Virtual Reality. In: the 6th International Conference on Numerical Analysis in Engineering, 15-05-2009 - 15-05-2009, - Indonesia.
Abstract
Sustainable development is an integral concept for achieving quality of limits, interdependence, fundamentals and equity. Virtual reality means existing or resulting in essence or effect though not in actual fact, form, or name. Machine design is always interesting for most people, it is also becoming more and more popular now a days. Showing the performance of a machine design during the design phase is possible to do using 3D Max and ANSYS software. Car lifting equipment is a device to lift a car for several workshop purposes as replace oil, fix car�s break, overhaul engine, periodical maintenance and many others. Conventional car lifting equipment design needs a lot of cost, time, and materials because it needs doing the real test to understand the performance of the car lifting equipment design. The primary target of this research is to search and decide which mechanism is the most suitable for this machine and also the virtual reality to show its performance during the design phase. In this research, sustainable product development using virtual reality with 3D Max and ANSYS software is used rather than conventional design. The goal of this research is to show the performance of the machine during the design phase using 3D Max and ANSYS software. Finally, car lifting equipment has been designed in this research using 3D Max and ANSYS software as a solution of sustainable product development. Designing car lifting equipment using 3D Max and ANSYS virtual reality software can reduce materials, cost and time of product development. Virtual reality using 3D Max and ANSYS software is a sustainable technology for sustainable product development in the car lifting equipment design.
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