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Master Industrial Piperack Design: Layout, Loads & Analysis
1 students
Master Industrial Piperack Design: Layout, Loads & Analysis
Master Structural Engineering for EPC Projects: Piperack Layout, Steel Design, ASCE 7 Loads & Piping Analysis.
Created byAtul Singla
Last updated 12/2025
English
What you'll learn
- Master Industrial Piperack Layout strategies, including critical dimensions and the "No Flat Turns" routing rule.
- Navigate global Structural Engineering codes including ASCE 7, AISC 360, and PIP (Process Industry Practices).
- Perform manual Load Analysis for Dead, Operating, and Hydro-Test conditions (including "Large Bore Logic").
- Calculate Lateral Forces such as Wind loads, Transverse Friction, and Longitudinal Anchor loads.
- Understand Steel Design anatomy: Strutted vs. Unstrutted systems, bracing rules, and connection details.
- Apply Civil Engineering checks for Serviceability (Deflection L/240) and Structural Adequacy.
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Course content
4 sections • 9 lectures • 38m total length
Requirements
- Basic understanding of Civil/Structural engineering concepts.
- Familiarity with industrial plants (Oil & Gas/Refinery context) is helpful but not required.
- No specific software (STAAD/SAP2000) is required; this course focuses on the concepts and math behind the software.
Description
“This course contains the use of artificial intelligence.”
Stop guessing layout rules. Learn the Structural Engineering behind Industrial Piperacks for Oil & Gas and EPC Projects.
Description:
Industrial Piperacks are the backbone of any Process Plant Design. Designing them requires more than just knowing software; it requires a deep understanding of Civil Engineering principles, layout strategy, and safety constraints.
This course serves as a practical handbook for Structural Engineers and Piping Designers working in the EPC sector. We move beyond textbook theory and dive into the real-world rules used in Industrial Structures.
Why take this course?
Many engineers know how to run a model in STAAD Pro or SAP2000, but they struggle with the fundamental inputs. Where do you get the load data? How do you calculate wind forces manually?
This course bridges that gap. You will learn the manual Steel Design and Load Analysis concepts required to verify your software results.
You will master:
The Layout: Master Piping Layout rules (4m road clearance, "No Flat Turns").
The Codes: Navigate ASCE 7, AISC 360, and PIP practices.
The Loads: Calculate Dead Loads, Operating Loads, and specific Hydro-test weights for gas lines.
The Forces: Analyze complex Lateral Forces including Wind, Friction, and Anchor loads.
Course Curriculum Overview:
Module 1: Layout Rules & Philosophy for Process Plants.
Module 2: Global Standards (IBC, ASCE 7) & Material Specs.
Module 3: Gravity Loads Checklist & Large Bore Logic.
Module 4: Lateral Forces: Wind, Friction & Anchor Analysis.
Module 5: Workshop: Manual Calculation for a 36-Inch Pipe.
Module 6: Structural Anatomy: Bracing & Connection Detailing.
Module 7: Load Combinations: ASD vs. Strength Design.
Module 8: Final Adequacy & Health Check.
Whether you are a fresh graduate or a site engineer, this course provides the essential knowledge to succeed in Industrial Piperack Design.
Who this course is for:
- Civil & Structural Engineers working in the EPC (Engineering, Procurement, Construction) sector.
- Piping Designers who want to understand the structural constraints of their layouts.
- Plant Engineers responsible for the maintenance and expansion of existing facilities.
- Engineering Students aiming for a career in Oil & Gas / Petrochemical design.