Download e-book for iPad: Analytical Troubleshooting of Process Machinery and Pressure by Anthony Sofronas

By Anthony Sofronas

ISBN-10: 0471732117

ISBN-13: 9780471732112

ISBN-10: 0471752037

ISBN-13: 9780471752035

Content material:
Chapter 1 creation (pages 1–3):
Chapter 2 power of fabrics (pages 4–116):
Chapter three Vibration research (pages 117–140):
Chapter four Fluid move (pages 141–163):
Chapter five warmth move (pages 164–181):
Chapter 6 Compressor platforms and Thermodynamics (pages 182–217):
Chapter 7 data (pages 218–228):
Chapter eight challenge fixing and selection Making (pages 229–241):
Chapter nine fabrics of development (pages 242–258):
Chapter 10 Mechanical procedure Modeling, with Case Histories (pages 259–324):
Chapter eleven health for carrier, with Case Histories (pages 325–343):

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Extra resources for Analytical Troubleshooting of Process Machinery and Pressure Vessels: Including Real-World Case Studies

Example text

Another junction would be the head of a vessel to the shell. 5(Rt)1/2 away from a discontinuity. For example, on a tank with a 400-in. radius and a ᎏ83ᎏ-in. shell wall thickness, the stress value S1 or S2 is valid approximately 31 in. away from the bottom. 7 shows how the bending stresses start to come into effect as the calculated stresses approach the junction. The S2 hoop stress becomes small and the bending stress becomes large, so that the stress of pR/t alone is no longer the controlling stress.

The moments can then be used for stress calculations. WL M ϭ ᎏᎏ 2 WL3 δ ϭ ᎏᎏ 12EI When a deflection is forced, the moment due to it is δ M ϭ 6EI ᎏᎏ2 L Units can be compatible units: I ϭ in4 and E ϭ lb/in2. -ЊF To appreciate the versatility of these two equations, consider the following example. Bearings on a motor have been failing, and on disassembly both bearings are found to be tight on the shaft and in the housing. The question is: Could a high load be produced by thermal growth of the shaft?

Because of its low yield strength, any overload could twist the shaft, as indeed it did. A shaft of 17-4 PH 1025 material solved the problem. 1 DYNAMIC LOADING Centrifugal Force Newton’s second law is used extensively in engineering. It states that a change in motion (acceleration) is proportional to the force applied: Fa ϭ ma Since m ϭ W/g, Wa Fa ϭ ᎏᎏ g This is the force required to accelerate W due to a. Also useful is the nomenclature a G’s ϭ ᎏgᎏ so Fa ϭ W ϫ G’s Two G’s is not an unusual impact type of acceleration, such as that which occurs when one railroad train is coupled to another.

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Analytical Troubleshooting of Process Machinery and Pressure Vessels: Including Real-World Case Studies by Anthony Sofronas


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