Mohammad Afreed I

• Comprehensive Pipe Stress Analysis: Performing static and dynamic stress analysis on various piping systems using Caesar II, ensuring compliance with ASME B31.1 (Power Piping) and ASME B31.3 (Process Piping). This includes support load verification to ensure structural integrity and proper design of pipe supports.
• Specialized Piping Analysis: Conducting specialized stress analysis for GRP (Glass Reinforced Plastic) piping per ISO 14692, and performing duct stress analysis for round ducts adhering to SMACNA standards.
• Equipment and Nozzle Load Analysis: Expertise in analyzing flange leakage, assessing equipment like turbines (NEMA SM-23) and Air Cooled Heat Exchangers (API 661). Proficient in nozzle load analysis for API 610 pumps, API 662 preheaters, and WRC/API 650 tank nozzles.
• Advanced FEA and Structural Analysis: Proficient in Finite Element Analysis (FEA), utilizing Hypermesh for advanced meshing and OptiStruct for structural analysis, with hands-on experience in analyzing skids and containers.

My expertise encompasses the full lifecycle of static pipe stress analysis using Caesar II, from initial data gathering to final report generation. This includes:

• Project Setup & Data Integration: Thoroughly reviewing P&IDs and Piping Material Specifications (PMS) to develop a stress-critical line list.
• System Definition: Segregating complex piping networks into individual, analyzable systems, typically defined from anchor to anchor.
• Model Creation & Validation: Building accurate Caesar II models, meticulously verifying them against design basis documents, IFC isometrics, and the 3D model in Navisworks to ensure all inputs for stress calculations are correctly established.
• Analysis & Reporting: Performing comprehensive static analyses and preparing detailed reports of Caesar II calculations.

• Performed basic training on CNC machining, CNC programming, Quality Assurance, Non Traditional Manufacturing, Metrology and Robotics.