| Start Date | End Date | Country | City |
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+966 920007771
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Objectives
Objectives: Understanding of Failure of Pipelines, Reasons of Failures and Supporting System for Pipelines for High Temperature Lines due to over stressed Selection of appropriate Layout and Supporting for High Temperature Pipelines to keep stresses within limits Validation of the Suitability of Piping Layout of High Temperature Pipelines.
Outlines
Contents: • Overview of stress behavior of materials • Stress – strain curve • Study of Strength and Failure of Engineering materials, • Study of various induced stresses • Failure of material due to induced stresses (Modes of failure) • Failure of pipelines due to Creep and Fatigue, • Low temperature brittle fracture • Guidelines stipulated by ASME 31.3 for evaluation of induced stresses, • Cyclic stresses and stress reduction factor as per B 31.3 • Methods for reduction and limiting the induced stresses, • Concept of pipe flexibility, flexibility factor, stress intensity factor (B 31.3) • Means of increasing flexibility • Expansion joints • Vibrations: Causes of pipe vibration • Flow induced vibrations • Vibration effects on piping system • Methods of Vibration dampening • Acceptance limitations of nozzle loads for Pumps and Compressor • Piping Flexibility Analysis carried out using computers (CAESAR II) • Final Quiz and feed back
Who Should Attend
Who shall attend? • Engineers involved in design/ construction/ maintenance of Piping System
Duration
5 Days
