I. PIPING STRESS ANALYSIS

• What is Stress analysis?
• Role of piping stress engineer in industry. Workflow in consulting engineering firm
• Relevant Codes and Standards
• Thickness calculations, SIF factors calculations and their use
• Thickness calculations, SIF factors calculations and their use
• Flange leakage calculations
• Simplified analysis of piping system by manual methods and using nomographs
• Overview of Piping analysis software i.e. CAESAR II
• Modeling of equipment such as pumps, heat exchangers and columns in CAESAR II
• Load case building in CAESAR II
• Seismic, Wind, Relief valve load case evaluation in CAESAR II
• Spring hanger selection and modeling in CAESAR II
• Evaluation of local vessel stresses according to WRC 107
• Verification of API 610 pump loads
• Dynamic Analysis of Piping system such as Modal analysis, Spectral analysis etc.

II. EQUIPMENT DESIGN

• Overview of Equipment designing
• Relevant Codes and Standards
• Engineering Design Guidelines of Pressure Vessels
• Stresses in Pressure Vessel Components
• Pressure Vessel Design As Per ASME Pressure vessel Code
• Nozzle Reinforcement
• Demonstration and Orientation on Software (PVElite)Use
• Flange Design
• Support selection and design
• Seismic & Wind Analysis of Pressure vessel
• Atmospheric Tanks design
• Heat Exchangers overview as per ASME and TEMA