COURSE:
ANALYSIS AND DESIGN OF RCC BUILDING BY ETABS AND NECESSARY HAND CALCULATION AS PER BNBC 2020 & ACI 318.
Course Content……….
COURSE CONTENTS:
★★ Design of 6-Storied Building Frame Model
★★ Design of 10-Storied Building Frame Model with Shear Wall
Class -1: Basics of RCC Design & start of first model in ETABS
- Basic Concepts of Analysis and Design of RCC Buildings
- Understanding different Types of Frame System
- Explanation of the project to be analyzed
- Introduction to BNBC 2020
- Understanding story & Grid data
- How to define different types of materials
- Material Strength Modulus of Elasticity, Shear Modulus, Creep & Shrinkage Effects, Unit Weight of Concrete, Stress-strain theory of Concrete Materials according to BNBC 2020 and ACI Codes
- Material Strength Modulus of Elasticity, Shear Modulus, Creep & Shrinkage Effects, Unit Weight of Concrete, Stress-strain theory of Steel Materials according to BNBC 2020 and ACI Codes
Class-2: Definition and Drawing of Members
- Define Frame Members: Column, Beam
- Define Area members: Slab
- Drawing members
Class-3: Gravity Load Calculation & Assign
- Load Calculation: Dead Loads according to BNBC 2020 Code
- Load Calculation: Live loads according to BNBC 2020 Code
Class-4: Wind Load Calculation & Assign
- Occupancy Category
- Building Enclosure
- Wind Speed
- Gust Factor
- Directionality Factor
- Topographical Factor
- Exposure
Class-5: Seismic Load Calculation & Assign
- Base Shear Calculation
- Basics of Time Period
- Basics of Response Spectrum Curve
- Zone Factors
- Response Modification Factor
- Seismic Weight (Mass Source)
Class-6: Assignment of Diaphragm, Support & Analysis of Frame for Different Loads
- Difference between Rigid and Semi Rigid Diaphragm
- Define and Assign diaphragm
- Assign Support
- Property Modifiers
- Pre analysis Checks
- Analysis of Frames (Software Analysis)
Class-7: Post Analysis Checks
- Building Stability Check
- Modal Mass Participation Check
- Gravity Load Check (Manual & ETABS)
- P-Delta
- Base Shear
- Fundamental Period (From PPT)
Class-8: Post Analysis Checks
- Sway
- Beam Deflection
- Story Drift
- Soft Story
- Mass Irregularity
- Torsional Irregularity
- Eccentricity
Class-9: Design of Slabs
- Property Modifiers
- Code Definitions
- Load Combinations
- Detailing of Slab
Class-10: Design of Columns
- Design of Column
- Detailing of Column
Class-11: Design of Beams
- Design of Beam
- Development Length
- Deflection Criteria
- Long Term Deflection
- Torsion Criteria
- Shear Criteria
- Detailing of Beam
- Beam Column Capacity Ratio Check (Strong Column Weak Beam)
- Joint Shear Check
Class-12: Start of Second Model
- Define Frame Members: Column, Beam
- Define Area members: Slab, Wall
- Drawing members
- Dead Loads according to BNBC 2020 Code
- Live loads according to BNBC 2020 Code
- Wind loads according to BNBC 2020 Code
- Seismic loads according to BNBC 2020 Code
- Assignment of Loads
- Assignment of Diaphragm
- Assign Support
- Property Modifiers
- Pre analysis Checks
- Analysis of Frame for Different Loads
Class-13: Post Analysis Checks
- Shear Wall Cracked or Uncracked
- Building Stability Check
- Modal Mass Participation Check
- Gravity Load Check (Manual & ETABS)
- P-Delta
- Base Shear
- Fundamental Period
- Sway
- Beam Deflection
- Story Drift
- Soft Story
- Mass Irregularity
- Torsional Irregularity
- Eccentricity
- Dual Frame-Wall Check
Class-14: Design and Detailing of Shear Walls
- Design of Column
- Design of beam
- Beam Column Capacity Ratio Check (Strong Column Weak Beam)
- Joint Shear Check
Class-15: Design and Detailing of Shear Walls
- Design of Shear Wall
- Detailing of Shear Wall
Instructor:
Engr. Shafiqur Rahman Shafi
Structural Engineer
Design Integrity
Call for more details:
Instructor: 01830438534
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