About This Course
This expert-level course moves beyond standard static analysis to tackle the most demanding challenges in industrial piping integrity. Using CAESAR II, participants will engage in advanced dynamic simulation, non-linear modeling, and specialized code evaluations required for high-risk assets (e.g., nuclear, aerospace, high-pressure gas).
The curriculum is structured entirely around high-fidelity case studies, covering transient events like Water Hammer, non-linear systems like Jacketed Piping, and exotic materials like Fiberglass Reinforced Plastic (FRP). A unique focus is placed on leveraging stress analysis not just for compliance, but for Value Engineering and energy optimization, ensuring every design is technically sound and economically superior.
Learning Objectives
Material Includes
- 10 case studies, Advanced Dynamic Analysis White Papers, Complex Code Compliance Checklists, and Example Stress Reports.
Requirements
- A personal computer with a licensed installation of CAESAR II (required for hands-on case study work).
- Must have completed an Intermediate-level CAESAR II Course and possess a strong working knowledge of Static Stress Analysis (minimum 3-5 years professional experience).
Target Audience
- Senior Pipe Stress Engineers, Specialist Consultants, Dynamic Analysis Engineers, and Lead Project Engineers requiring mastery over non-routine, high-consequence piping systems.
Curriculum
Module 1: Review of Advanced Stress Analysis Principles
Module 2: Jacketed Piping System Analysis (JACKET)
Module 3: Vertical Vessel Nozzle Load Integrity (VESSEL)
Module 4: Harmonic Analysis and Vibration Control (TABLE)
Module 5: Relief Valve Thrust Load Dynamics (RELIEF)
Module 6: Transient Water Hammer Simulation (HAMMER)
Module 7: Independent Support Seismic Excitation (CRYNOS)
Module 8: Dynamic Analysis (NUREG9)
Module 9: Modeling and Analysis of FRP Pipe Systems (COOLH2O)
Module 10: Stress Analysis for Value Engineering & Energy Management
Your Instructors
Course Author- MALYOMAR
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Mahmoud Abdallah
ASME Committee Member - Authorized Training Instructor
Mr. Mahmoud Abdallah is a highly accomplished mechanical engineer, industry leader, and internationally recognized training professional with more than three decades of experience in the oil and gas, chemical, and petrochemical sectors. He earned his Bachelor of Science in Mechanical Power Engineering from Helwan University in 1995 and has since built an extensive career serving multinational organizations across the energy and process industries.
Throughout his professional journey, Mr. Abdallah has specialized in mechanical engineering, piping systems, industry standards, and technical leadership. His expertise has enabled him to contribute significantly to major industrial projects while supporting the development of engineering best practices and professional competency programs.
Currently, he serves as the Chief Executive Officer of Malyomar Engineering, leading engineering consultancy, training, and technical development initiatives that support professionals and organizations across the region.
Mr. Abdallah is an active contributor to the global engineering community and holds several distinguished professional affiliations and certifications, including:
- Member of the American Society of Mechanical Engineers (ASME).
- Member of the ASME B31.3 Process Piping and ASME B31.1 Power Piping Code Committees.
- Authorized Training Instructor for the American Society of Mechanical Engineers (ASME).
- President of the Society of Piping Engineers and Designers (SPED), Egypt Chapter.
- Certified Pan-Arab Energy Management Professional.
- Certified Value Methodology Associate (VMA) by SAVE International® and recognized Value Management Book Reviewer.
- Member of the Egyptian Society of Mechanical Engineers (ESME).
As a trainer, mentor, and industry expert, Mr. Abdallah is dedicated to advancing engineering knowledge, promoting excellence in professional practice, and supporting the continuous development of engineers and technical professionals throughout the Middle East and beyond.
