Engineering Design: A Materials and Processing ApproachThe second edition has been reorganized so that the book starts directly with a consideration of the design process, and then goes on to show how design fits into society, the engineering organization, and technology innovation process. Much greater emphasis is given to ideas for conceptual design. |
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Page 215
... thickness . More commonly , processing techniques are limited in their capacity to produce small sizes , especially minimum thicknesses . The wall thickness of a casting may be limited by the fluidity of the metal or the thickness of a ...
... thickness . More commonly , processing techniques are limited in their capacity to produce small sizes , especially minimum thicknesses . The wall thickness of a casting may be limited by the fluidity of the metal or the thickness of a ...
Page 265
... Thickness B Figure 7-40 Effect of specimen thickness on stress and mode of fracture . toughness is designated K , and is a true material property . Figure 7-40 shows how the measured fracture stress varies with specimen thickness B. A ...
... Thickness B Figure 7-40 Effect of specimen thickness on stress and mode of fracture . toughness is designated K , and is a true material property . Figure 7-40 shows how the measured fracture stress varies with specimen thickness B. A ...
Page 282
... thickness If a polymer has E = 300,000 psi and a metal E = 10,000,000 psi , the polymer plate will have to be about three times thicker than the metal plate to have the same flexural rigidity . That thickness is probably cost ...
... thickness If a polymer has E = 300,000 psi and a metal E = 10,000,000 psi , the polymer plate will have to be about three times thicker than the metal plate to have the same flexural rigidity . That thickness is probably cost ...
Contents
The Engineering Enterprise | 1 |
The Design Process | 27 |
Problem Solving and Decision Making | 69 |
Copyright | |
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