Buku Ketenaganukliran
Structural design with plastics
This is a book written by engineers for engineers on the behaviour of structures, especially thin-walled structures, under torsion. It contains thirteen chapters, grouped under four main headings, namely Saint-Venant Torsion, Warping Torsion, Mixed Torsion and Folded Plates. Under the first heading the torsion of slender members with negligible warping restraint is considered. The subject is introduced via Prandtl's membrane analogy, which is stated without proof and applied to a wide variety of members, mostly thin-walled and including both open and closed sections. The concept of shear centre of a closed section is introduced and its determination discussed. In the second group of chapters a thorough treatment of the stresses in and deformations of open section members due to warping restraints is given. Here it is assumed that the Saint-Venant torsional rigidity is negligible by comparison with the torsion-bending rigidity so that the application is primarily to short members. Under the heading of Mixed Torsion members of intermediate length, in which Saint-Venant torsion and warping torsion are of comparable importance, are considered. The final group of chapters deals with the class of structures known as Folded Plates, in which a number of plane rectangular plates are connected together along longitudinal edges and loaded at the longitudinal junctions. The assumptions are made that the connections between the various plates are line hinges and that the loads are carried entirely by membrane stresses. The first assumption implies that cross sections can change shape and this constitutes the essential difference between this analysis and that of the earlier chapters where the sections are assumed to maintain their shape. The results of the two approaches, as applied to a number of example sections, are compared and it is argued that they represent the two extreme limits of the behaviour of the actual structure. Throughout this book the accent is on obtaining solutions for engineering structures, mostly in a civil engineering context. It nevertheless contains much of interest to aeronautical engineers. To the purist it is often irritating, and in the opinion of this reviewer it is not suitable for use as an introductory textbook on the subject. Moreover the subject of instability of thin-walled structures is scarcely mentioned. It can, however, be recommended to the practising engineer, concerned with the analysis of thin-walled structures, as a reference book, containing an immense amount of detailed information on a wide variety of structures.
S05-0410 | 678.5(075.8) BEN s C.1 | Perpustakaan Poltek Nuklir | Tersedia |
S05-0955 | 678.5(075.8) BEN s C.2 | Perpustakaan Poltek Nuklir | Tersedia |
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