Download Advanced engineering design: An integrated approach by Efrén M Benavides PDF

By Efrén M Benavides

This ebook offers engineers and scholars with a normal framework concentrating on the techniques of designing new engineering items. The methods lined through the framework lead the reader to the easiest trade-offs to make sure greatest delight of the customer’s wishes; assembly the bottom expense expectancies; making sure the bottom environmental effect and; maximizing gains and top positioning on the market. "Advanced engineering layout" describes the engineering instruments which are suitable with those pursuits and sustainable activity.

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Sample text

However, this approach raises a concern. Is the set of rules that enable us to create an optimum design universal, objective and stable? If the answer is yes, we are dealing with a science. Let us therefore explore this abstraction process. Consider the following motivation: to win the Formula 1 1968 French Grand Prix. We could, in turn, consider that this motivation means satisfying a need defined by the following list of needs: maximum power, minimum consumption, maximum stability, maximum reliability, maximum speed, maximum acceleration, maximum deceleration, etc.

Mankind’s activities aimed at creating value and satisfying needs are composed of a multitude of tasks that handle a multitude of objects in a very complex context. This complexity is also subject to variations, noise and unforeseen circumstances, whose impact must be controlled. It is easy to understand that a product’s success lies first in the success of the design process. ) condition for the success of the product. 40 This proves the necessary condition. To prove the sufficient condition, let’s imagine that the design process was successful, a plan was formulated, and it was carried out in a way that satisfies the needs.

Establish the objective 4. Specify tasks 5. Create tentative solutions 6. Assess the tentative solutions 7. Evaluate the tentative solutions 8. Detail the selected solution 9. Create prototypes 10. 2 Produce shown sequentially in the table consists, in turn, of another set of activities. Thus, the definition of each phase could reach a high level of complexity. While not intended to be exhaustive, the following is a description of some of the steps comprising the main activity of each phase. 1 Activity 1: identify the need This phase normally begins with an unstructured approach to the design problem, in which the formulation usually comes from the customer.

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