Download Design and analysis of boiler and pressure vessel components by Maan H. Jawad, Robert I. Jetter PDF

By Maan H. Jawad, Robert I. Jetter

Many buildings function at increased temperatures the place creep and rupture are a layout attention, corresponding to refinery and chemical plant gear, elements in power-generation devices, and engine components. At larger temperatures the cloth has a tendency to suffer slow bring up in dimensions with time, that may finally bring about rupture. hence, the layout of such parts needs to think about the creep and rupture of the cloth. during this ebook, a quick advent to the overall rules of layout at increased temperatures is given with broad references mentioned for additional in-depth knowing of the topic. A key characteristic of the proposed booklet is using examples to demonstrate the sensible program of the layout and research tools provided. This booklet is acceptable for training layout engineers within the strength and method industries, rather these in concerned with strain apparatus, nuclear buildings, petrochemical apparatus, and their supervisors

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Additional info for Design and analysis of boiler and pressure vessel components in the creep range

Example text

1 Elastic Follow-Up Elastic follow-up can cause larger strains in a structure with applied displacement-controlled loading than would be calculated using an elastic analysis. These strain concentrations may result when structural parts of different flexibility are connected in series loaded by an applied displacement and the flexible portions are highly stressed. In order for follow-up to occur, in a two-bar model for example as shown in Fig. 15, it is necessary for a lower stressed, flexible element to be able to generate inelastic deformation in a more highly stressed adjacent element.

2c, the deflection, D, for member 1 is expressed as ' sin 35 F1 40 cos 35 AE or ' 85134 F1AE (4) Equating Eqs. (3) and (4) gives F2 2128 F1 F2 0565 P (5) And from Eqs. 1. 379 Plastic (b) Plastic analysis In a perfectly plastic analysis, it is assumed that all members have reached their yield stress value. Background of the structural plastic theory may be found in various books such as Baker and Heyman (1969) and Beedle (1958). Summation of the forces (Fig. 379 P F3 A comparison between the maximum force in parts (a) and (b) shows an almost 50% reduction.

10) where P = load on the structure PL = limit value of the load sR = reference stress σy = the yield stress There have been numerous comparisons between the results of this approach and experimental and rigorous analyses of the same component or test article. In general, the results are quite favorable. Although the reference stress approach has not been incorporated in the ASME B&PV Code, it has been used in the British elevated temperature design code for nuclear systems, R5, and in the recent European Standard EN 13445.

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