ETABS Tutorial-4

ETABS Tutorial-4

ETABS  শিখার জন্য অনলাইন অনেক ফ্রি Tutorial আছে । তারপরও বাংলায় এবং BNBC কোড মেনে ডিজাইন করার জন্য আমাদের এই Tutorial কোর্সগুলো আপনার জন্য সহজ হবে আশা করি। সর্বোপরি আমাদের এখানে কোর্স শেষ করে সার্টিফিকেট পাবেন। এই কোর্সটি ফ্রি । এই সময় software ছাড়া কেউ ডিজাইন করে না, করা উচিত ও না । তবে শুধু Software ব্যাবহার করতে পারাটা যথেস্ট নয়। পাশাপাশি knowledge লেভেলটা বাড়াতে হবে। তার জন্য আমাদের অন্যান্য শর্ট কোর্সগুলো করতে পারেন। প্রথমে আমাদের ফ্রি কোর্সগুলো শেষ করুন। Etabs Tutorial-4 এর আগে Etabs Tutorial-1,2 & 3 শেষ করতে হবে।

There are many free tutorials online for learning ETABS. However, we hope that these tutorial courses will be easy for you to design in Bengali and BNBC code. After all, you will get a certificate after completing the course here. This course is free. This time no one designs without software, and should not. However, just being able to use the software is not enough. Besides, the knowledge level has to be increased. You can do our other short courses for that. Complete our free courses first.Etabs Tutorial-1,2 & 3 must be completed before Etabs Tutorial-4.

What you'll learn

  • How to define grid system
  • How to define material properties
  • How to define frames structure
    • Beam
    • column
  • How to define shell structure
    • Concrete Floor slab
    • RCC shear wall
    • Mat foundation
  • How to create 3D model with beam, column, slab and shear wall
  • How to calculate self-weight of the structure
  • How to assign diaphragm
  • How to assign frame loading/line loading
  • How to assign floor loading/Area loading
  • How to assign horizontal earthquake load
    • Auto lateral loading as per BNBC 2017/ASCE 7
    • User defined by manual calculation
  • How to assign accidental eccentricity in building
  • How to assign vertical earthquake loading
  • How assign wind loading as per BNBC 2017/ASCE 7
    • Auto external pressure coefficient
    • Auto load cases (12 load cases)
  • How to specify ACI design code for BNBC 2017
  • How to specify design criteria for designing special moment resisting frame system
  • How to assign P-D analysis
    • Load combination for P-D analysis
    • Tolerance for iteration limit
    • How to define modes of structure
  • How to model area spring for mat foundation
    • Linear spring model/subgrade modulus/ modulus of subsoil reaction
    • Considering allowable settlement
    • Different subgrade modulus value for different zones
    • To create zone
  • How to assign stiffness modifiers for frame and shell elements
  • How to analyze 3D model
  • How to check deformation of frame and shell element with allowable limit
  • How to check soft story of building
  • How to check weak story of building
  • How to check story drift
  • How to check torsional irregularity
  • How to check joint shear failure
  • How to check weak beam strong column criteria
  • How to create load combinations as per BNBC 2017
  • How to design a building by satisfying special moment resisting frame criteria
  • How to design frame with torsion
  • How to show soil reactions
  • How to show spring reactions
  • How to show shear force diagram of frame and shear wall
  • How to show bending moment diagram of frame and shear wall
  • How to show flexural reinforcement in column and beam
  • How to show rebar percentage in column and beam
  • How to show transverse or stirrup reinforcement in column and beam
  • How to design a shear wall
    • Uniform design method
      • How to design
      • How to check with pmm ratio
    • Simple C & T method
      • How to design
      • How to check for pmm ratio
    • Special seismic design of the building will be covered in our “ Seismic detailing as per BNBC 2017” course
  • Special seismic design of the building will be covered in our “ Seismic detailing as per BNBC 2017” course

Prerequisite / Eligibility

  • BSc, MSc or PhD in Civil Engineering
  • Level 4 or 4th year student of bachelor’s in civil engineering

Course Teacher

Md. Sajjak Hosain, BSc (Civil, BUET), MSc (Geotechnical, BUET), Bangladesh

Brief Biography of Md. Sajjak Hosain

Education

MSc in Civil and Geotechnical Engineering, BUET, Dhaka, Bangladesh
BSc in Civil Engineering, BUET, Dhaka, Bangladesh

Biography

Engr. Md. Sajjak Hosain is graduated from the Department of Civil Engineering, BUET, Dhaka-1000, in the year 2016. He is now completing his master’s degree from the same university in Geotechnical Engineering. He is now a professional design engineer and training assistant at “Getoech & Structures” a specialized civil engineering consultancy firm. He is also a research assistant under Professor Dr. Jahangir Alam, Professor, Department of Civil Engineering, BUET. Md. Sajjak did his BSc in Civil Engg with a major in Structure.
Md. Sajjak has research interests and has publications in international conferences. His notable research works are “Cyclic load analysis on strengthening by micro-concrete, Simplified FEM analysis of mat foundation, Simplified FEM analysis of Shore pile, Revetment and retaining wall for coastal engineering”.
Md. Sajjak was involved in many consultancy projects where he designed/checked high rise RCC buildings, Jetty, Shore Pile, Container Terminal, Ground Improvement, Bridge, etc. He visited many construction projects to check with design or to solve any construction difficulties.

Course Advisor:

Professor Dr. Jahangir Alam, Department of Civil Engineering, BUET, Dhaka, Bangladesh

Certificate of Attendance

Certificate of attendance will be awarded after completion of all video lessons and quizzes

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Course Preview

ETABS Advanced Level 2

1
Description of Course Contents
2
Define Grid and Material
3
Define frame section and Planer Section
4
Drawing of 3D Model
5
Define Gravity Loads
6
Application of Earthquake Load as per BNBC 2017 in ETABS, Part-1
7
Application of Earthquake Load as per BNBC 2017 in ETABS, Part-2
8
Application of Earthquake Load as per BNBC 2017 in ETABS, Part-3
9
Application of Earthquake Load as per BNBC 2017 in ETABS, Part-4
10
Application of Earthquake Load as per BNBC 2017 in ETABS, Part-5
11
Application of Wind Load as per BNBC 2017 in ETABS, Part-1
12
Application of Wind Load as per BNBC 2017 in ETABS, Part-2
13
Application of Wind Load as per BNBC 2017 in ETABS, Part-3
14
Analysis of mat using area spring, Part-1
15
Analysis of mat using area spring, Part-2
16
Analysis of mat using area spring, Part-3
17
Analysis of mat using area spring, Part-4
18
Analysis of mat using area spring, Part-5
19
Creating combination and model check
20
Design of RCC frame
21
Shear wall design with uniform reinforcing

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Enrolled: 92 students
Lectures: 21
Level: Advanced