Car Design
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(13) © A goal- directed problem solving activity (Archer 1965). © Design is a interplay between what we want to achieve. and how we want to satisfy them (Suh 1990).. © Design is a process of converting information that. characterize the needs and requirements for a product into knowledge about the product (Mistree 1992).. ?.
(14) © Design is ± An art, not a science Problem solving, Decision making, Applying science ± Creativity & imagination vs Heuristic search ± Directing, leading & organizing Dealing with people & team-building Negotiating to achieve a satisfactory solution & optimizing Foresight towards production, assembly, testing and other processes Considering the "bottom line" of costs and profit, Satisfying needs & satisfying the customer ± Ethical and professional conduct. .
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(25) + ,9 Product concept. Customers. ©ô. Product specs.. Marketing. Design specs. Manufacturing specs.. Design engineering. Manufacturing engineering. Production. es system engineer ©Need identification & customer linkage, Management (spec, process, risk, information), System design, Integration, R&D, leading & coordinating.
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(52) "%" Ones muscle power has to be transformed to lifting force with the sub function 1. Sub function 2 is used to transmit the combination of lift and lifting force directly or in transformed form into the connection points of the car. Sub function 3 makes the connection with the car. Sub function 4 keeps the system steady on the ground. Sub functions 5 and 6 secure the lift and they make operations below the car safe. m.
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(124) " # $. ñ Safety in a race car is the art of protecting the human occupant, at whatever cost to the car. Designing the car to be damaged minimally while hindering driver safety is definitely the wrong approach. So how do we protect the driver? Well first we need to consider the basic physiological weak points of the human body. .
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