COURSE CONTENTS:
★★ Design of a Single story shed
★★ Design of a two story shed (with Mezzanine Floor)
★★ Design of a multi-story building (5 storey)
Class -1: Design of a Single story shed
- Understanding Basic layout of Staad Pro and Application
- Understanding of steel building component
- Understanding why tapered section is used in steel structure
- Understanding the orientation of steel column
- Understanding the usage of Plane and Space Frame Analysis
- Modeling the 2D and 3D Frame
- Orientation to Staad Editor
Class-2: Design of a Single story shed
- Understanding the different kind of support system
- Advantages of using Simply support and Fixed support
- Assigning the different kind of supports
- Assigning the steel section sizes with respect to the design requirements
- Changing the axis of structural steel section with respect to Arch. Requirements.
Class-3: Design of a Single story shed
- Creating the different kind of load cases for Gravity and Lateral (Wind, Seismic)
- Understanding the codal requirements for Imposed load
- Assigning the Different kind of Gravity loads
Class-4: Design of a Single story shed
- Understanding the application of Wind force (Upward & Downward Wind force)
- Understanding how to apply wind load on multi-gable shed & arch type shed.
- Understanding the application of Seismic force
- Understanding the load combination as per BNBC code
Class-5: Design of a Single story shed
- Understanding the Moment Release on beams
- Understanding the moment release on Floating columns
- Understanding bracing system.
- Understanding the Design parameters (CB, FYLD, Lx, Ly, Lz, MAIN, STIFF, TMAIN, UNB, UNT) prior to run the analysis.
- Understanding how to solve warning & error in model by STAAD Editor.
Class-6: Design of a Single story shed
- Comparing the Actual program Drift Vs. Code provisions
- Checking deflections for gravity and lateral load as per BNBC.
- Design of roof purlin and side runner.
- Design of steel stair
Class-7: Design of a Single story shed
- Introduction to RAM Connection
• Extracting the Base Reaction from the 3D Steel structural model
- Design of column base plate
- Design of moment connection (Main beam to column, Rafter to column, Rafter to Rafter, Column to column splice connection)
Class-8: Design of a two story shed (with Mezzanine Floor)
- Modeling the 2D and 3D Frame
- Understanding the different kind of support system
- Advantages of using Simply support and Fixed support
- Assigning the different kind of supports
- Assigning the steel section sizes with respect to the design requirements
- Changing the axis of structural steel section with respect to Arch. Requirements
- Modeling the Tie beam in 3D Steel structural model
- Adding the Mezzanine floor in the 3D Steel structural Model
Class-9: Design of a two story shed (with Mezzanine Floor)
- Creating the different kind of load cases for Gravity and Lateral (Wind, Seismic)
- Understanding the code requirements for Imposed load
- Assigning the Different kind of Gravity loads
- Understanding how to assign crane load
Class-10: Design of a two story shed (with Mezzanine Floor)
- Understanding the application of Wind force (Upward & Downward Wind force)
- Understanding how to apply wind load on multi-gable shed & arch type shed.
- Understanding the application of Seismic force
- Understanding the load combination as per BNBC code
Class-11: Design of a two story shed (with Mezzanine Floor)
- Understanding the Moment Release on beams
- Understanding the moment release on Floating columns
- Understanding bracing system
- Understanding the Design parameters (CB, FYLD, Lx, Ly, Lz, MAIN, STIFF, TMAIN, UNB, UNT) prior to run the analysis.
- Understanding how to solve warning & error in model by STAAD Editor.
- Comparing the Actual program Drift Vs. Code provisions
- Checking deflections for gravity and lateral load as per BNBC
- Design of Shear connection (Main beam to secondary beam) by RAM Connection
- Short cut tool to check the Structural steel model
Class-12: Design of a multi-story building (5 story)
- Modeling the 2D and 3D Frame
- Understanding the different kind of support system
- Advantages of using Simply support and Fixed support
- Assigning the different kind of supports
- Assigning the steel section sizes with respect to the design requirements
- Changing the axis of structural steel section with respect to Arch. Requirements
- Modeling the Tie beam in 3D Steel structural model
Class-13: Design of a multi-story building (5 story)
- Creating the different kind of load cases for Gravity and Lateral (Wind, Seismic)
- Understanding the code requirements for Imposed load
- Assigning the Different kind of Gravity loads
Class-14: Design of a multi-story building (5 story)
- Understanding the application of Wind force (Upward & Downward Wind force)
- Understanding how to apply wind load on multi-story building
- Understanding the application of Seismic force
- Understanding the load combination as per BNBC code
Class-15: Design of a multi-story building (5 story)
- Understanding the Moment Release on beams
- Understanding the moment release on Floating columns
- Understanding bracing system
- Understanding the Design parameters (CB, FYLD, Lx, Ly, Lz, MAIN, STIFF, TMAIN, UNB, UNT) prior to run the analysis.
- Understanding how to solve warning & error in model by STAAD Editor
- Comparing the Actual program Drift Vs. Code provisions
- Checking deflections for gravity and lateral load as per BNBC
Instructor:
Engr. Golam Asibul Alam
Structural Engineer
Design Integrity
Call for more details:
Instructor: 01723534169 [For Course related information]
Course Registration: 01830438534 [For Registration related information]
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