Design brief

In its design brief, presented to the Product Development Department 

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Your initial tasks are to establish what the customer requires and what the expectations are, then convert this into a definitive specification or a design brief. 

Computer-Aided Molecular-Mixture Design Brief Overview... 

General Atomics. 2001f. GATS Blue Grass Final Design Briefing to the Independent Evaluators, Cambridge, Mass., November 19. 

The design route starts with the input of information to the design team. This input is usually referred to as the design brief. 

Changes to the design brief must be carefully controlled to assess their cost and effect on work completed up to the point of change. 

The pupils design brief is to design and make a device that will fire five ping pong balls, three metres into a target, for example a clown s mouth. 

A design brief is a written plan that identifies a problem to be solved, its criteria, and its constraints. 

FIGURE 3- 6 The mountain bicycle problem s design brief. 

Ryd, N. (2004). The design brief as a carrier of client information during the construction process. Design Studies 25(3) 231-49. 

Industry is, ideally, a partnership of people from quite different disciplines working together to turn a design brief into a production reality. Strong links have to be forged internally between those involved in design and manufacturing and, externally, with the suppliers of materials. Some of these are summarized in Fig. 1. 

Involvement of expertise at design brief stage (knowledge)... 

Trolley base in structural foam, 94-101 design brief, 95 design procedure, 97 material selection, 96 moulding process, 99... 

Song CM, Tong JC (2009) Recent advances in computer-aided drug design. Brief Bioinform 10 579-591... 

The present chapter provides an overview of several numerical techniques that can be used to solve model equations of ordinary and partial differential type, both of which are frequently encountered in multiphase catalytic reactor analysis and design. Brief theories of the ordinary differential equation solution methods are provided. The techniques and software involved in the numerical solution of partial differential equation sets, which allow accurate prediction of nonreactive and reactive transport phenomena in conventional and nonconventional geometries, are explained briefly. The chapter is concluded with two case studies that demonstrate the application of numerical solution techniques in modeling and simulation of hydrocar-bon-to-hydrogen conversions in catalytic packed-bed and heat-exchange integrated microchannel reactors. 

All the current operating parameters for the current plant can be taken from the original plant design brief or data logs of the control systems. 

Lengauer, T., and R. Zimmer. 2000. Protein structure prediction methods for drug design. Briefings Bioinform. 1(3) 275—288. 

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