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হোমকোর্সবইসাপোর্ট

Design of a 15 Storied RCC Building as Per BNBC 2020

This course provides practical training in BNBC 2020-based structural design. It covers load calculation, load combinations, and structural system selection. A 15-story RCC building will be fully designed, including beams, columns, slabs, shear walls, and foundations (mat foundation & pile cap). Students will learn through real project case studies, solving design problems and checking irregularities. Serviceability, stability, and frame adequacy criteria are included. Software sessions with ETABS, SAFE, AutoCAD, and Excel ensure participants gain professional skills for modern structural engineering.

Instructor Image

কোর্স ইন্সট্রাক্টর

Engr. Md. Mahbub Ali

Chief Engr. at Bangladesh Design & Architects (BDA)

course
৳ 4000
6000

এই কোর্সের অন্তর্ভুক্ত:

  • 🟩 কোর্সের ধরন ➡ লাইভ কোর্সের রেকর্ডেড ভিডিও
  • ▶️ ভিডিওর সংখ্যা ➡ ১২ টি
  • 🕓 ভিডিওর দৈর্ঘ্য ➡ ১২ ঘন্টা
  • 🔓 কোর্স এক্সেস ➡ কোর্সটি কেনার পর থেকে ২ বছর পর্যন্ত দেখতে পারবেন (যতবার ইচ্ছা)
কোর্সটি শেয়ার করুন
কোর্স সম্পর্কে বিস্তারিত

🟩 কোর্সের ধরন ➡ লাইভ কোর্সের রেকর্ডেড ভিডিও
▶️ ভিডিওর সংখ্যা ➡ ১২ টি
🕓 ভিডিওর দৈর্ঘ্য ➡ ১২ ঘন্টা
🔓 কোর্স এক্সেস ➡ কোর্সটি কেনার পর থেকে ২ বছর পর্যন্ত দেখতে পারবেন (যতবার ইচ্ছা)

✅কোর্সটি থেকে যা যা শিখবেন
BNBC 2020 অনুযায়ী Structural Design Concept
▸ Load Calculation (Dead, Live, Wind, Seismic)
▸ Load Combination & Safety Factors
▸ Structural System Selection (Frame, Shear Wall, Dual System)
১৫তলা RCC Building এর Full Structural Design & Detailing
▸ Beam, Column, Slab & Shear Wall Design
▸ Foundation Design (Mat Foundation & Pile Cap)
▸ Structural Detailing
Real Project Problem Solving & Case Study
▸ একাধিকবাস্তব প্রজেক্টের Design সমস্যার সমাধান
▸ Practical Case Study & Common Mistake
Building Irregularities Check
A) Plan Irregularity
i. Torsional Irregularity
ii. Re-entrant Corners
iii. Diaphragm Discontinuity
iv. Out-of-Plane Offsets
v. Non-parallel System
B) Vertical Irregularity
i. Stiffness Irregularity (Soft Story)
ii. Mass Irregularity
iii. Vertical Geometric Irregularity
iv. Vertical In-Plane Discontinuity
v. Discontinuity in Capacity (Weak Story)
Serviceability Criteria Check
▸ Sway Limitation (W)
▸ Story Drift (E & W)
▸ Vertical Deflection Limits (D+L & L)
Other Criteria Check
▸ Overturning Moment (W & E)
▸ P-Δ Effect (W & E)
▸ Building Separation (W & E)
Frame Adequacy Check
▸ Dual Adequacy Check
▸ Minimum Flexural Strength of Columns
▸ Joint Shear Check
Software Practical Training
▸ ETABS → Building Modeling, Load Assignment, Analysis & Design
▸ SAFE → Foundation Design, Punching Shear & Settlement Check
▸ AutoCAD → Structural Drawing & Reinforcement Detailing
▸ Excel → Design Calculation

Course Curriculum Adviser:

Professor Dr. Md. Jahangir Alam, BUET

☎️যেকোনো প্রয়োজনে

09638-441144 (Only Call)
01885-973770 (Call & WhatsApp) 
[email protected] 

কোর্স আউটলাইন
Whatsapp Group
Promo Video
Document
01. Introduction of Project
02. Draw Slab outline
03. Layer isolate problem
04. Beam Layout Plan
05. Advice
Test
Document
01. About Course Instractor
02. Basic Design Data
03. Framing System and Structure type
04. Investigation and Assessment of Site Conditions
05. Site Classification
06. Question & Answer - Site Class
07. Select Framing System
08. Time Period
09. Seismic Weight
10. Earthquake Load, Base Shear, Ground Motion
Document
01. Beam Slab Thickness
02. Beam Slab - Q&A Session
03. Cantilever Slab
04. Cantilever Slab – Q&A Session
05. Staircase Waist Slab
06. Staircase Waist Slab - Q&A Session
Document
Earthquake Load Calculation
Earthquake Load Calculation - Q&A Session
Vertical Earthquake Load Calculation
Document
01. Method Of Wind Load Calculations
02. Shielding
03. Wind Speed
04. Wind Speed Variation With Height & Exposure
05. Surface Roughness Categories
06. Exposure Category
07. L And B, External Pressure Coefficient
08. Defination Of Low Rise Building
09. Flow Chart Of Wind Load
10. Basic Wind Speed
11. Kd And I
12. Calculation Of Kz
13. Kz Kh Kzt G Gf
14. Enclosure Classification, Gcpi, Cp, Qz, P
15. Design Wind Load Case - 12
16. Question & Ans -12 Case Of Wind Load
01. Example Of Wind Load Calculations
02. Question & Ans
Document
Earthquake & Wind Load Calculations in Excel
01. Grid Draw in AutoCAD
02. Grid Draw in ETABS
01. Concrete Define
02. Rebar Define
01. Rebar, Beam & Column Section Define
02. Slab Section Define
03. Wall Section Define
01. Diaphragms Define
01. Pier and Spandrel Define
01. Reduction Of Live Load
02. Gravity Load Define (Dead and Live)
03. Lateral load define
01. Mass Source
01. Load Combinations - Theory
02. Over Strength Factor -Omega
03. Simplified Load Combinations
04. LRFD Load Combinations
05. ASD Load Combinations
06. Asd Envelope
01. Draw Beam
02. Draw Column
03. Rotate Column
01. Draw Cantilever Slab
02. Draw Floor Slab
01. Draw 2 Flight Stair
02. Draw 3 Flight Stair
03. Modify Grid Data, Water Tank, Lid Bottom etc
01. Draw Line Load and Error Correction
02. Replicate None Line
01. Assign - Mesh
01. Diaphragms
01. Assign - Support
01. Assign - Modifiers
02. Assign - Modifiers
01. Basic Line Load
02. Assign - Frame Load (PW)
01. Basic of Floor Finishing Load
02. Assign - Shell Loads (FF)
01. Live Load Plan According to BNBC 2020
02. Assign - Shell Loads (Live)
Run & Display Modal Time Period
Display Number of Pile
Class -1
02. Column Design & Interaction Diagram
03. Column Interaction Diagram -Prof. Dr Jahangir Alam
04. Devolopment Length
05. Lapping Length Vs Development Length
06. Special Detailing Of Column
07. Q And A - Column
Document
class 1
02. Bar Cutoff Point Of Beam
03. Material Strength Of Smf
04. Special Detailing Of Beam
05. Comparison between OMRF, IMRF and SMRF
Document
Design Procedure
Concrete Frame Design
Column Correction (Mirror)
Design - Trial 1
1
02. Basic of Shear Wall
03. Types of Structural Walls
04. Force Transfer of Shear Wall
05. Arrangement of shear walls in building
06. Minimum Wall Thickness
07. Minimum Reinforcement of Walls
08. Minimum Concrete Cover
09. Spacing of longitudinal reinforcement
10. Spacing of transverse reinforcement
11. Two Curtain Reinforcement Requirement
12. Lateral support of longitudinal reinforcement
13. Load combinations
14
15
16. Definition of structural wall
17. Definition of wall segment
18. Wall vs wall pier
19. Minimum Reinforcement Ratio
20. Two curtains of reinforcement Sp
21. Splice is prohibited in some locations
Draw Shear Wall
Change Design Parameter & Design
Display - Pile Number of Shear Wall
Shear Wall Crack-Uncrack
01. Building Irregularity & Solution
02. Torsinal Irregularity Check & Eccentricity Overwrite
03. Diaphragm Discontinuity
04. Soft Storey
05. Mass Irregularity
Document
01. Theory & Calculation
02. Change Modifiers - Un crack condition
03. Story Drift (E)
04. Story Drift (W)
05. Sway Limitation
06. Vertical Deflection
01. Overturning Moment
02.
03. Building Separation
04. Base Shear Check
05. Lapping Length Vs Development Length
01. Dual Adequacy Check
02. Dual System Check (Optinal)
03. Joint Shear Check
04. Q & A -Joint Shear Check
01. Basic Of Torsion
02. Design For Torsion
03. Question & Ans
04. Theoretical Session
05. QnA Session
06. Example
07. Question & Ans
Design Procedure 2.1
Design Procedure 2.2
Column Layout Plan
Beam Layout Plan
Local Axis Vs Global Axis
01
02. Concrete Slab Design In Etabs
Consideration of Column Eccentricity in ETABS
Spring Constant
Pile Number Display for Columns
Pile Number Display for Shear Walls
01. Type Number of Piles in AutoCAD
02. Draw Pile Cap
03. Determine Center of Gravity
01. Pile Reaction
02. Punching Shear Check of Pile Cap
03.
04
05. Pile Cap Design in Etabs
06. Reinforcement detailing of PC1
01. Front Page
02. General Notes
01. Column Schedule, Part 1
02. Column Schedule, Part 2
03. Column Schedule, Part 3
01. Work in Layout Page
01. Review Architectural and Structural Coordination
02. Grid Layout in Architectural Plan
01. Pile Section Details, Part 1
02. Pile Section Details, Part 2
03. Pile Section Details, Part 3
01. Define Column ID
02. Column Layout Plan
03. Column Layout Plan
04. Pile Layout Plan
01. Longitudinal reinforcement in beam
02. Transverse reinforcement of beam

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৳ 4000
6000
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