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Basics of Pre Engineered Buildings -PEB
Rating: 4.5 out of 5(75 ratings)
1,684 students

Basics of Pre Engineered Buildings -PEB

Learn Basics of Pre Engineered Buildings From Zero
Created byAkshay Kamath
Last updated 10/2024
English
English [Auto],

What you'll learn

  • Basics of Pre Engineered Building
  • Advantages of PEB over Steel Structures
  • Basics Components of PEB Systems
  • Terminologies in PEB Systems

Explore related topics

Course content

1 section • 9 lectures • 1h 46m total length

  • Bending Moment Diagram of PEB and its Applications9:41

    Explore how pre-engineered buildings optimize bending moments with tapered column and rafter sections, reducing steel by aligning members to internal stress diagrams.

  • PEB Fundamentals & Terminologies -Part-0111:18

    Explore the primary portal frame and secondary purlins, girds, and eave struts. Identify skin panels, bracings, jack beams, foundations, gantry girders, and EOT cranes.

  • PEB Fundamentals & Terminologies -Part-0215:40

    Explore basics of peb structures, including roof purlin, ridge, eaves height, wall system and bracing, plus gutters, downspouts, turbo ventilators, trims, and electric overhead traveling crane.

  • PEB Fundamentals & Terminologies -Part-0324:10

    Explore key components of pre engineered buildings, such as anchor bolts, base plates, portal bracing, main frame, rafters, cranes, and exterior cladding, and understand load transfer in peb systems.

  • PEB Fundamentals & Terminologies -Part-049:21

    Discover PEB fundamentals and terminologies, including roof and wall panels, bracing types, gable trim, eaves gutters, and various posts, trims, and skylight concepts used in pre-engineered buildings.

  • Framing System in PEB - MS-1 I MS-2 I TCCS I SCLT - Part-019:06

    Explore framing systems in PEB, including L canopy, lean to, butterfly canopy (tea canopy), space saver, single slope, rigid frame with beam-column interior configurations, and tapered or clear-span layouts.

  • Framing System in PEB - MS-1 I MS-2 I TCCS I SCLT - Part-025:31

    Explore framing systems in pre-engineered buildings, including clear span and multi-span layouts with interior columns and slope 1:10 rules. Identify building types from single slope to multi-gable and flat roof.

  • Standard Sizes of Purlins l Girts l Eaves Struts -Part-0111:08

    Understand how secondary structural framings—purlins, girders, and eaves struts—support roof and wall panels and provide plan and elevation bracing to resist wind and earthquake loads.

  • Standard Sizes of Purlins l Girts l Eaves Struts -Part-0210:22

    Explore standard sizes of purlins, girts, and eaves struts in basic PEB design, including C and Z channel sections, 770 mm overlaps, and flange bracing.

Requirements

  • Nil

Description

Pre Engineered Buildings (PEB) are the buildings which are engineered at a factory and assembled at site. Usually PEBs are steel structures. Built-up sections are fabricated at the factory to exact size, transported to site and assembled at site with bolted connections. This type of Structural Concept is generally used to build Industrial Buildings, Metro Stations, Warehouses etc.

The adoptability of PEB in the place of Conventional Steel Building design concept resulted in many advantages, including economy & easier fabrication. These type of building structure can be finished internally to serve any functions that is actually help in low rise building design. Examples of Pre-Engineered Buildings are warehouses, Canopies, Factories, Bridges etc.



  1. Advantages of PEB Structures Over RCC AND Steel

  2. Bending Moment Diagram of PEB and its Applications

  3. PEB Fundamentals & Terminologies -Part-01

  4. PEB Fundamentals & Terminologies -Part-02

  5. PEB Fundamentals & Terminologies -Part-03

  6. PEB Fundamentals & Terminologies -Part-04

  7. Framing System in PEB - MS-1 I MS-2 I TCCS I SCLT - Part-01

  8. Framing System in PEB - MS-1 I MS-2 I TCCS I SCLT - Part-02

  9. Single Slope Building in PEB

  10. Multi Gable Buildings in PEB

  11. Flat Roof & low Rise PEB Buildings

  12. Standard Sizes of Purlins l Girts l Eaves Struts -Part-01

  13. Standard Sizes of Purlins l Girts l Eaves Struts -Part-02

  14. What is Sag Rods l Importance in PEB l Sag Angle in PEB

Who this course is for:

  • Civil Engineer
  • Strucural Engineer
  • Steel Drafter
  • Steel Designer

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