DESIGN AND ANALYSIS OF POWER & PROCESS PIPING using CAESAR II SOFTWARE

DESIGN AND ANALYSIS OF POWER & PROCESS PIPING using CAESAR II SOFTWARE

CHINNAPAIYAN KATHIRVELU

₹ 40000

0 already enrolled!

Advanced course for professionals

Anytime Learning
Learn from Industry Expert
Career Option Guideline

Why enroll

Participants should join this course to gain specialized expertise in the design and analysis of power and process piping systems using CAESAR II, one of the most widely used software tools in the industry.

This course provides hands-on, practical training that enhances both theoretical knowledge and technical skills, enabling participants to perform accurate stress analysis and ensure the integrity of piping systems in complex industrial settings.
With a focus on industry standards, real-world case studies, and interactive instructor-led sessions, this course prepares participants for high-demand roles in sectors like oil & gas, power, and petrochemicals.
Moreover, mastering CAESAR II opens up career opportunities, improves job performance, and boosts employability in a competitive market, making this course an invaluable investment for engineers and professionals looking to advance their careers in piping design and analysis.

Opportunities that awaits you!

Earn a course completion certificate

Add this credential to your LinkedIn profile, resume, or CV. Share it on social media and in your performance review

Career opportunities

SPM & Welding Fixture Designer

AAAS Industries

Pantnagar , Uttarakhand

Head of Dye Section

SPAN INDUSTRIAL SOLUTIONS PVT LTD

Kashipur

VMC Programmer

AAAS Industries

Pantnagar Uttarakhand

Course details

This course aims to equip participants with in-depth knowledge and practical skills in the design and stress analysis of power and process piping systems using CAESAR II software. It focuses on industry-relevant methodologies and compliance with international codes and standards, preparing learners for real-world challenges in the oil & gas, power, petrochemical, and process industries.

This comprehensive, instructor-led online course provides hands-on training in the mechanical design and stress analysis of piping systems based on ASME and other global standards. Participants will learn to model piping systems in CAESAR II, perform static and dynamic analysis, interpret results, and implement corrective actions to ensure system integrity and safety. The course covers piping components, material selection, support types, load cases, thermal expansion, and seismic/wind load considerations. Real-life case studies and industry examples are integrated throughout the training to bridge the gap between theory and practice. Ideal for mechanical engineers, piping designers, and professionals in plant engineering, this course empowers learners to confidently execute and review piping stress analysis tasks and contribute effectively to multidisciplinary engineering projects.

Course suitable for

Chemical & Pharmaceutical
Energy & Utilities
Oil & Gas
Piping & Layout
Petroleum
Mechanical

Key topics covered

Key Points that the online live course will cover are:

Fundamentals of stress, strain and elasticity.
Types of stress.
Classification of stress.
Constitutional Relationship.
Theories of failures.
Introduction to piping.
Piping Basics.
Piping Materials.
Piping Shapes.
Selection of diameter and thickness.
Loads & load combinations.
Allowable stress.
Flexibility Analysis.
Piping supports, restraints, guides, limit stop.
VLH and CLH (Spring Hanger) sizing calculations.
Stress Intensification Factors and Flexibility Factors.
Pipe Fittings.
Valves (sizing and selection guide lines).
Pipe Flange (Design and selection criteria).
P&ID (Piping and Instrument Diagram).
PFD (Process Flow Diagram).
Comparison of Piping Codes and Standards.
Piping Insulation.
Nozzle Reinforcement calculations.
WRC107(536)/297 calculation procedure.
Steam Trap.
Expansion Joints.
Safety Valve Blowing Reaction Force calculations.
Steam Hammer/ Water Hammer.
Dynamic analysis of piping.
Dynamic Support (Snubber, Rigid Strut) selection criteria.
CAESAR II Introduction and features.
Main Steam Piping Flexibility Analysis
Boiler Feed Discharge Piping stress analysis
Hot Reheat Piping Stress Analysis
Cold Reheat Piping Stress Analysis
Tank Piping Stress Analysis
Compressor Piping Stress Analysis
Pump Piping Stress Analysis.
Piping isometrics.
Tutorials- piping flexibility analysis.
Piping questions

Training details

This is a live course that has a scheduled start date.

Live session

1.5 Hours every day

37 Days

Why people choose EveryEng

Industry-aligned courses, expert training, hands-on learning, recognized certifications, and job opportunities—all in a flexible and supportive environment.

Industry Veteran
Trainer Review

EveryEng stands out with its exceptional learning materials, expert guidance, and real-world applications. It can truly help to enhance skills and knowledge, making more confident professional.

Rajeev Panda

Project Manager

Pune, India

I was searching for a reliable platform to expand my engineering knowledge, and EveryEng exceeded my expectations. The content and courses are well-structured, informative, and taught by experienced professionals. A great platform for Engineers!

C P Sharma

Principal Engineer

London

I love how EveryEng makes complex engineering concepts easy to understand. The platform offers valuable insights, great mentors, and a supportive community. It's truly a one-stop solution for engineers worldwide.

Siddharth Mishra

Project Manager

Frankfrut, Germany

EveryEng is the perfect platform for engineers at all stages of their careers. The courses are practical, engaging, and industry-relevant. You can learn so much and feel more confident professionally.

Chitra Sharma

Software Engineer

London

EveryEng is an amazing platform for engineers looking to upgrade their skills. The detailed lessons, practical approach, and expert guidance make learning enjoyable and effective. I highly recommend it!

Mihir Upadhyay

Sr Contract Engineer

Abu Dhabi, UAE

❮

❯

₹ 40000

August 4, 2025