Intelligent Design and ManufacturingAndrew Kusiak Focuses on design and manufacturing and a variety of issues pertinent to successful techniques involving concurrent engineering. Considers product design and manufacturing constraints simultaneously, emphasizing the consideration of every element of the product's life cycle from concept through disposal. Examines such areas as quality, cost, scheduling and user needs. Design and manufacturing problems are thoroughly discussed and solutions are given by using numerous modern applications and implements, including basic artificial intelligence tools. |
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Page 106
... equations for the model . Consider the differential equation representing the behavior of the pressure regulator given in the Fig . 4.2 : ӘР ӘА до + - at ду at = = 0 . - This equation can be written as the following confluence : P + ¿ A ...
... equations for the model . Consider the differential equation representing the behavior of the pressure regulator given in the Fig . 4.2 : ӘР ӘА до + - at ду at = = 0 . - This equation can be written as the following confluence : P + ¿ A ...
Page 186
... Equations Summer Rule - Logic Input Angle AC -1.0536 AC - 90 | Pac = e Input Angle BC Pbce Σ IF Pac Pbc > 1.8 ; THEN A is to B. YES NO -1.0536 BC - 90 FIGURE 7.6 . Fuzzy expert system : continuous equation expert . Possibility 1.1 1.0 ...
... Equations Summer Rule - Logic Input Angle AC -1.0536 AC - 90 | Pac = e Input Angle BC Pbce Σ IF Pac Pbc > 1.8 ; THEN A is to B. YES NO -1.0536 BC - 90 FIGURE 7.6 . Fuzzy expert system : continuous equation expert . Possibility 1.1 1.0 ...
Page 352
... equation the algorithm proceeds as follows : 1. Start with an initial estimate of the station utilizations r ̧ . 2. Calculate ES ,, EW , and ED , for all i . 3. Use the equation above to calculate throughput λ . 4. Recalculate the ...
... equation the algorithm proceeds as follows : 1. Start with an initial estimate of the station utilizations r ̧ . 2. Calculate ES ,, EW , and ED , for all i . 3. Use the equation above to calculate throughput λ . 4. Recalculate the ...
Contents
Technology Selection and Capacity Planning for Manufacturing | 10 |
Features in Design and Manufacturing | 39 |
Moving Objects in Intelligent Design 733 | 73 |
Copyright | |
25 other sections not shown
Common terms and phrases
algorithm analysis application approach architecture Artificial Intelligence assembly automated beam search behavior CAD system cell chart clamping classified components computer-aided design configuration constraints contour contour line control charts cost database decision defined described Design and Manufacturing design process developed entities evaluation example expert system feature FIGURE fixture flowpath flowpath design function fuzzy geometric model goal graph heuristic implementation incidence matrix inference engine input integrated Intelligent Design interaction knowledge base Kusiak machine matrix MCAE Mechanical methods module neural network node objects operations optimal output parameters path performance problem procedure process planning product design representation represented robot rules scheduling selection sequence shown in Fig simulated annealing simulation solution solving space specific standard station strategy structure surface tabu task techniques tion tool toroidal graph transformation variables workpiece workstation