Introduction
At Excel Technical Institute, we offer a specialized one-month course on CAESAR II Software, tailored for mechanical and chemical engineering students. This program combines in-depth theoretical knowledge with practical software training, empowering students with the essential skills to perform advanced piping stress analysis.
CAESAR II is a vital tool in the field of piping design, widely used in industries like oil and gas, petrochemicals, and power plants. It enables engineers to analyze the structural behavior of piping systems under various stress conditions, ensuring safety and compliance with industry standards.
By mastering this software, students gain a competitive edge, enhancing their career prospects in piping design and related engineering domains.
Course Information
• Eligibility: Mechanical Engineering, Checmical Engineering (B.E, B.Tech, M.E., M.Tech)
• Duration: 1 month
• Learning Hrs: 35+
• No. of Assignments: 5
• No. of tests: 1
• Learning method: Online & Offline
Key Industries covered in E3D
• Oil & Gas • Food & Beverage
• Petrochemical & Chemical • Shipbuilding & Marine
• Power generation • HVAC
• Pharmaceutical • Metallurgical & Steel
• Water Treatment & • Infrastructure
Course Carriculum
Introduction: –
Importance of Stress Analysis in Piping Industry.
- Why Stress Analysis Required.
- Stress Analysis Workflow.
- Type of Stresses.
- Preparation of Critical Line List.
- System Formation & P&ID Markup.
- Need List Preparation for Required Data.
- Overview of Important Documents.
Module 01: Code & Standards: –
- Basic about code and Standards. (ASME B31.1, ASMEB31.3 &
API Standards). - Difference between ASME B31.1 & ASME B31.3
Module 02: Basic modeling Techniques
- Introduction to CAESAR II & Basic Modelling Techniques.
- Overview of FIL file and CFG file.
- Basic Settings (Amb. Temp, Bourdon Effect, Liberal stress
allowable, North Direction). - Various component modelling Like (Bend, Reducer, Tee,
Valve & Flanges, Expansion Joint). - Uniform Loads
- Wind Loads
- Inputting of System as per Line list.
Module 03: Overview of Load Cases
- Load Cases calculation as per system requirement.
- Load Case preparation for stresses check in SUS, EXP,
OCC, HYD Condition. - Load case Combination for Ope + Occ condition.
- Load Cases for Nozzle Load Checks.
Module 04: Piping Supports
- Types of Supports
- Overview of Supports Standard.
- Support Span Calculation.
- Supports selection and Location.
- Modelling of Support using Caesar II
- Application of Supports.
Module 05: Design of Spring Support
- Types of Spring Support.
- Application of Spring Supports
- Selection of Spring Supports.
Module 06: Design of Expansion Joint
- Types of Expansion Joint (Tide bellow, Untide Bellow)
- Application of Expansion Joint.
- Selection of Expansion Joints.
Module 07: Equipment Modeling
- Types of Equipment
- Modeling of Equipment by using Caesar II
- Overview of Nozzle Loads
- Overview of Equipment Supports.
Module 08: Flange Leakage
- Basic of Flange leakage
- Methods of Flange Leakage (Pressure Equivalent Method, NC-
3658.3, ASME SEC-VII Method).
Module 09: Overview of Critical
Systems
Module 10: Basics about
Stress System Analysis
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