
Learn essential pipe rack design and stress analysis, from initial inputs and interconnecting diagrams to layout guidelines, support details, and expansion loops modeled with BSP piping network for project applications.
Identify the required inputs and develop the interconnecting diagram to drive conceptual design, line routing, and material estimates for pipework. Plan equipment locations, spacing, and congestion based on the diagram.
Determine the elevation of transverse beams and bridges from operation and maintenance requirements and site constraints, then optimize elbow bends and turning radii to fit interconnecting diagrams and pipe sizes.
Follow guidelines for placing lines on pipework: maintain spacing, keep process lines at bottom, place large lines at deck edge to reduce bending stress, use elevation to avoid clashes.
Explore battery limit aspects by comparing vertical, horizontal, and composite piping configurations, with guidelines on line size, installation space, and easy maintenance access.
Model a pipe rack in stress analysis software, derive isometric line parameters, set design temperatures, create seismic load cases, and design supports and loops to optimize displacement.
Explore expansion loop calculations for piping systems, including types like symmetric, 2d, and 3d loops, leg lengths, and anchor points to manage thermal displacement and reduce stresses.
Model PSV circuit stress analysis through an isometric representation of the inlet to outlet connections, detailing valves, flanges, elbows, and reductions with dynamic load factors.
discover the complete piping engineering course on land, including the pipe stress analysis module with six sections from basics to advanced frp piping and assignments.
Pipe rack is integral part of any process plant, there are many ways to perform the design, but the basic concepts behind the same is always same. This course covers a lot fundamentals along with the stress analysis basis.
Following modules have been covered and explained in systematic way. All the design considerations have been captured and explained in such a way that whole design section is covered.
Major topics under Layout are:
•Inputs required
•Conceptual Design
–Interconnection Diagram
–Calculating rack width and no. of Tiers from Interconnection Diagram
–Operational/Maintenance/Access requirements
–Deciding the Elevation of transverse beams
Design Considerations
•Guidelines for placing lines on Piperack
Battery Limit Configurations have been explained
•Supporting & Flexibility requirements
•Equipment on Piperack
•Platforms above Piperack
Stress Analysis: Complete content is prepared by Mr. Anup Dey (Special Thanks for valuable contribution)\
Various concepts related to Stress Analysis keeping in view the Piperack piping have been captured and explained in detail.
Actual modelling in CAESAR II is done and explained in detail w.r.t. industry practices and various codes & standards.
Following major activities have been captured
Setting Ground Work
Documents/Input Required
Input parameters in Caesar
Settings Unit Systems
·Codes & Standards used
Step By Step Modelling
Various tools of Caesar II
Pipeline, Fittings, Supports
Best Practices while modeling/Analysis
Modeling of Piperack piping
Along with above following topics have been covered
Expansion loops
PSV piping analysis
The Complete course covers most of the Layout & Stress Analysis related concepts, step by step modelling in Caeser-II has been defined which every piping engineer should understand, hope this adds value to the knowledge. Happy Learning!!