Project Information
Piping Stress Analysis of FRP Piping System using CAESAR II
Description
Client
A manufacturer of wide range of corrosion resistant fiberglass reinforced plastic (FRP) equipment from piping systems to duct, stacks, hoods, covers, cells, and other miscellaneous custom equipment. The client provides services ranging from component design to stress analysis, as well as inspection of new and existing installations.
To get detailed information
Download PDF (1.08 MB)
Engineering Requirement
- To conduct Piping Stress Analysis of the FRP piping for one of their ongoing project, and create the CAESAR model for the stress analysis.
Delivered
- CAESAR II Model
- Piping Stress marked-up Isometrics
- Piping Stress analysis report
- Highlights of overstressed conditions in existing piping
- CAESAR Input List
- Stress Summary Report
- Restraint Load Summary Report
- Displacement Report Flange Leakage Report
Want to know more about this project?
Our Recent Projects
Connect with us for all your engineering design needs
US Toll-Free Phone
+1-877-747-4224
India Phone
+91 (265) 2680159
Drop Us An Email
sales@rishabheng.com
Our Offices
USA, UK & India (Head office)
Ready to work with us? Tell us more
Our Recent Blogs
Process plant engineering is important for modern-day processes in industrial settings from design, operation, control, and optimization perspectives. It applies various technical methodologies that allow the successful execution of manufacturing components into valued products that serve varied industries. This blog post will look at the fundamental principles of what is process plant design, their application, and how Rishabh Engineering can support organizations.
Hydrogen production facilities play an important role in the shift to sustainable energy, with processes such as steam methane reforming (SMR), electrolysis, and partial hydrocarbon oxidation leading the charge. Each of these methods has distinct issues in terms of safety, design, and operating efficiency. SMR, for example, entails tremendous pressures and temperatures, whereas electrolysis needs precise electrical control. A complete design approach is required to ensure these facilities operate safely and efficiently.
Front End Engineering Design (FEED) is essential for multidisciplinary engineering projects, from oil and gas to power generation and petrochemicals. It places the framework for the whole project's survival, ensuring smooth execution, budget adherence, and project success. In this article, we will discuss the importance of FEED, including its components, benefits, & processes, along with design deliverables, and how Rishabh Engineering can help you navigate seamlessly across them