CAESAR II Training – Master Pipe Stress Analysis
The CAESAR II Training Course at Kagira Drawing Solution is
tailored for engineers aiming to specialize in pipe stress
analysis for the Oil & Gas, Petrochemical, and Power sectors.
This course covers both theoretical and practical aspects
of piping flexibility analysis using CAESAR II – the world’s
leading pipe stress analysis software.
Whether you're a fresher or an experienced professional
looking to upskill, this program will equip you with the
expertise required to handle real-world stress analysis tasks.
Whether you're a fresh engineering graduate or an
experienced professional aiming to upgrade
your skills, this course is tailored to transform you into a job-ready Pipe Stress Engineer
- 100% Job Placement Support
- Practical Project-Based Training
- Live Hands-on Software Sessions with 500 Deg Temperature and 125 Bar Pressure line
- Learn from Industry Experts with 20+ Years of Experience
- ISO-Certified Institute
- Live Software Practice: PDMS, SP3D, CAESAR II & More
- Weekend / Weekday / Online Batches Available
- Lifetime Access to Course Materials
- Class: Mon-Fri & Sat-Sun
- Learn Full SP3D Project Setup & Management
- Real-Time Industrial Case Studies
- Covering 10 Comprehensive Volumes
- In-depth Knowledge of International Codes
- Exposure to Software Tools and 2D/3D Drawings
- Certification on Completion
- Suitable for Beginners & Experienced Professionals
- BE / Diploma Mechanical Engg Students
- BE / Diploma Civil Engg Students
- BE / Diploma Electrical Engg Students
- BE / Diploma Petrochemical Engg Students
- Site Engineers & Maintenance Professionals
- Engineers Planning to Switch into Oil & Gas or EPC Sector
- Working Professionals in Design, Drafting, or Fabrication
- Roles: SP3D Designer
- Industries: Oil & Gas, Petrochemical, Power, Fertilizer, Marine, Pharma
- Salary Range: ₹3.5 LPA – ₹12 LPA (India) / $60K+ (International)
- Start: Individual Class
- Duration may vary based on student understanding and pace
- Total Volume: 10
- Seats Available: Yes
Volume I: Introduction
- Basics of Pipe Stress Analysis
- Why Stress Analysis is Required in Piping
- Overview of ASME B31.1 and B31.3 Codes
- Introduction to CAESAR II Interface and Settings
- Understanding Project Requirements and Design Inputs
Volume II: Tools
- Introduction to CAESAR II Tools & Features
- Setting Up Units and Configuration Files
- Navigation, Input, Output Windows
- Tools for Material and Specification Database
- Project Setup & File Management Best Practices
Volume III: Modelling
- Creating Nodes and Elements
- Using Global and Local Coordinate Systems
- Input of Piping Geometry: Lengths, Angles, Bends
- Specifying Pipe Properties: OD, Thickness, Material
- Model Editing: Copy, Mirror, Rotate, Delete Tools
Volume IV: Pipe Components
- Insertion of Valves, Flanges, Tees, Reducers
- Modeling Expansion Loops
- Thermal Expansion and Contraction Effects
- Line Design Parameters: Pressure, Temperature, Insulation
- End Conditions: Anchors, Guides, Restraints
Volume V: Supports
- Support Types: Rigid, Sliding, Anchors, Guides
- Spring Hangers & Variable Supports (Intro)
- Support Placement Strategy and Spacing
- Defining Load Carrying Capacity
- Support Load Calculations and Reactions
Volume VI: Spring Hangers
- Introduction to Variable and Constant Spring Hangers
- Spring Support Modeling Techniques in CAESAR II
- Defining Spring Constants and Operating Loads
- Spring Sizing Based on Load and Travel
- Spring Support Selection Using Catalog Data
Volume VII: Nozzle & Loads
- Nozzle Load Evaluation: Pumps, Vessels, Compressors
- WRC 107/297 Methods for Local Load Analysis
- Integration with Vendor Data for Nozzle Checking
- Equipment Connection Stiffness Considerations
- Review of Allowable Nozzle Loads
Volume VIII: Stress Analysing
- Static Analysis: Load Cases and Combinations
- Thermal, Pressure, Weight, Wind, Seismic Loads
- Operating, Sustained, Expansion & Occasional Load Cases
- Stress Output Interpretation and Code Compliance
- Checking Displacement, Expansion, and Support Loads
Volume IX: Equipment Analysing
- Stress Analysis of Piping Connected to Equipment
- Evaluating Loads on Nozzles, Flanges, and Skirt Supports
- Tank and Heat Exchanger Load Checks
- Assessing Local and Global Stresses on Equipment
- Using CAESAR II Reports to Communicate with Mechanical Design
Volume X: Underground Pipe (Buried)
- Introduction to Buried Pipe Stress Analysis
- Defining Soil Properties and Layers
- Modeling of Underground Pipe Geometry
- Calculation of Earth Loads and Settlement
- Buried Pipe Wizard in CAESAR II
- Analysis for Expansion, Uplift & Buckling
Student Reviews
Saravanan
Excellent course!
The CAESAR II course at Kagira was extremely practical and well-structured. The trainers explained the logic behind stress analysis clearly, and I was able to work confidently on nozzle load checks and WRC evaluations by the end of the course. Highly recommended for serious engineers!
Suresh
Superb Coaching!
As someone from a design background, I was new to pipe stress analysis. This course helped me understand everything from basic load cases to equipment analysis using CAESAR II. The real-time examples were very close to what we use in industry.
Vijay K.
Outstanding Training!
The hands-on training was the best part of this course. We didn’t just learn theory—we modeled actual pipelines, evaluated supports, and generated stress reports. It really boosted my confidence, and I even cracked my first job interview using what I learned here.
John
Amazing experience!
The CAESAR II course gave me clarity on how stress analysis integrates with overall piping design. The instructor’s experience showed in how they handled industry questions and guided us through support loads and buried pipe modeling. I now understand how to read and interpret stress outputs accurately.