ETABS-PROFESSIONAL RC BUILDING DESIGN

Name: ETABS-PROFESSIONAL RC BUILDING DESIGN
Rating: 4.4 (198 reviews)

ETABS CSI

Created byRAHUL NK

Last updated 12/2022

English

What you'll learn

Learners can able to Apply IS provisions and computational tool in structural design & detailing.
Learners can able to Prepare detailed drawings and bar bending schedule of column, footing, slab, beams, staircase.
Learners can able to learn the modelling and design of multy storey structures in the Etabs software.
Learners can able to export the software design results to excel and cross verify with the excel design sheet as per IS code provisions
Learners can able to design, detail and model different stair case
Learners can able to design, detail and model structures against earthquake forces as per IS 1893 code
Learners can able to design, detail and model structures against wind forces as per IS 875 Part-03

Course content

14 sections • 168 lectures • 74h 19m total length

1. INTRODUCTION TO COURSE35:55
2. HOW TO READ THE ARCHITERAL PLAN OF BUILDING32:26
3. DEVELOPING THE CENTRE LINE FOR COLUMNS35:02
Master center line markings for all columns from the ground floor plan, align center-to-center positions, and translate these into preliminary beam and column dimensions for software modeling.
4. MRKING THE FLOOR BEAMS POSITIONS41:45
5. MRKING THE ROOF BEAMS POSITIONS21:17

1. INTRODUCTION TO ETABS-SETTING THE UNITS, GRID PREPARATION27:43
Set the ETABS units to US customary, then prepare nonuniform grid lines with defined origin and axes, and configure grid data for modeling.
2. PREPARATION OF GRID LINE AS PER AUTO CAD PLAN9:18
3. EXPLAINING PLAN, ELEVATION AND SECTION27:58
4. EXPLANATION OF DEFINING THE MATERIAL PROPERTIES26:20
5. EXPLANATION OF DEFINING THE SECTION PROPERTIES26:49
Define section properties for rc beams, columns, and slabs in Etabs professional rc building design, selecting materials (rebar and concrete grades 20 and 25) and outlining preliminary beam/column dimensions.
6. SETTING PELIMINARY DIMENSIONS OF THE COLUMNS21:32
7. SETTING THE ORIENTATION OF THE COLUMN20:17
8. SETTING THE PRELIMINARY DIMENSIONS OF THE BEAMS37:15
9. ASSIGNING AND DRAWING COLUMNS IN THE ETABS29:31
10. ASSIGNING AND DRAWING PLINTH BEAM IN THE ETABS28:11
11. ASSIGNING AND DRAWING FLOOR AND ROOF BEAMS IN THE ETABS17:58
Learn to assign and draw floor and roof beams in ETABS, including plinth and cantilever beams, and visualize connections in plan and 3D views.
12. FINAL SELECTION OF THE BEAMS DIMENSIONS29:38
Learn to finalize beam dimensions in ETABS by selecting plinth, ground, and roof beams, choosing economical cross-sections, and applying a unified beam size across levels.
13. ORIENTING THE COLUMNS23:38
14. DEFINING, ASSIGNING AND DRAWING THE SLABS31:13
15. APPLICATION OF DEAD LOADS ON STRUCTURE28:45
16. APPLICATION OF LIVE LOAD ON THE STRUCTURE28:08
17. ANALYSIS AND RESULTS26:53
18. UNDERSTANDING THE LOAD COMBINATIONS26:05
19. OBTAINING THE SUPPORT REACTIONS25:53

1. CONCENTRIC ISOLATED FOOTING DESIGN36:12
2. DEVELOING EXCEL SHEET FOR FOOTING DESIGN25:50
Design concentric isolated footings with an Excel sheet: compute steel percentage, perimeter reinforcement, bar diameter and spacing, and verify punching shear against table 19 of IS 456.
3. DEVELOING EXCEL SHEET FOR FOOTING DESIGN32:03
4. DEVELOING EXCEL SHEET FOR FOOTING DESIGN37:54
5. DEVELOING EXCEL SHEET FOR FOOTING DESIGN41:04
6. DEVELOING EXCEL SHEET FOR FOOTING DESIGN33:46
7. DEVELOING EXCEL SHEET FOR FOOTING DESIGN41:51
8. DEVELOING EXCEL SHEET FOR FOOTING DESIGN32:30
Finalize the footing design for RC columns by selecting safe final footing dimensions, spacing, and reinforcement details, then prepare to transfer the footing and column data to AutoCAD for integration.
9. MARKING OF CENTRE OF COLUMN AND FOOTING32:34
10. PREPARATION OF REINFORCEMENT DETAILS OF FOOTING30:55
Prepare reinforcement details for footing by grouping columns into sets, assign long and short dimensions, diameters, and spacing, and create end table for contractor fabrication while ensuring no footing overlap.

1. UNI-AXIAL LOADED COLUMN DESIGN36:31
2. PREPARATION OF COLUMN GROUPING FOR DESIGN33:55
3. PREPARATION OF EXCEL FOR THE COLUMN DESIGN45:50
4. PREPARATION OF EXCEL FOR THE COLUMN DESIGN32:52
5. PREPARATION OF EXCEL FOR THE COLUMN DESIGN22:59
6. PREPARATION OF EXCEL FOR THE COLUMN DESIGN24:26
7. PREPARATION OF EXCEL FOR THE COLUMN DESIGN35:15
Finalize the excel for the column design, recording final column dimensions, counts, and reinforcement diameters with spacing. Group columns by spacing and reinforcement, and prepare a contractor-ready reinforcement detailing sheet.
8. COLUMN GROUPING AND REINFORCEMENT42:59
9. FOOTING AND COLUMN GROUPING AND REINFORCEMENT38:00
10 INTRODUCTION TO BI-AXIAL LOADED COLUMN43:07
11. BI-AXIAL LOADED COLUMN DESIGN19:21
12. DEVELOPMENT OF EXCEL FOR BI-AXIAL LOADED COLUMN-METHOD-133:44
13. DEVELOPMENT OF EXCEL FOR BI-AXIAL LOADED COLUMN-METHOD-239:51

1. EDIT OPTIONS27:40
2. EDIT OPTIONS24:44
3. VIEW OPTIONS21:08
4. VIEW OPTIONS15:50
5. DEFINE OPTIONS25:00
6. DEFINE OPTIONS46:25
7. DEFINE OPTIONS18:03
8. DEFINE OPTIONS22:11
9. DRAW OPTIONS16:11
10. SELECT OPTIONS27:54
11. ASSIGN OPTIONS17:23
Explore assigning options in ETABS-PROFESSIONAL RC BUILDING DESIGN, from defining materials and sections to joint restraints, fixed, pin, and roller supports, diaphragms, springs, and panel settings for structural analysis.
12. ASSIGN OPTIONS19:36
13. ASSIGN OPTIONS11:42
14. ASSIGNING LOAD OPTIONS26:19
Learn to assign loads on RC frames and shells in ETABS, including point, distributed, and varying loads, moments, gravity and lateral directions, and temperature effects.
15. ASSIGNING LOAD OPTIONS12:39
16. ANALYZING THE STRUCTURE13:50
17. RESULTS OBTAINED FROM MODEL22:19
18. RESULTS OBTAINED FROM ANALYSIS10:06

1. OBTAINING BEAM FORCES OF ROOF27:06
2. OBTAINING BEAM FORCES OF FLOOR23:35
3. OBTAINING BEAM FORCES OF PLINTH17:23
4. CREATING THE BEAM GROUPING FOR ROOF BEAM29:13
5. CREATING THE BEAM GROUPING FOR FLOOR BEAM19:36
6. CREATING THE BEAM GROUPING FOR PLINTH BEAM13:45
7. DEVELOPING THE EXCEL FOR LONGITUDIONAL REINFORCEMENT22:24
8. DEVELOPING THE EXCEL FOR SHEAR REINFORCEMENT20:59
9. PREPARATION OF DETAILS FOR DESIGN OF BEAM25:08
10. Designing the beam as per Codes-121:43
11. Designing the beam as per Codes-216:40
12. Designing the beam as per Codes-342:57
13. Designing the floor beam as per codes41:02
14. Developing the reinforcement of beam of roof beam31:17
15.Developing the reinforcement of beam of floor beam23:05
16. Checking the spacing of reinforcement distribution35:09
Determine the spacing of reinforcement in beams to ensure minimum bar separation for proper compaction with needle vibrators, considering bar diameters, cover, and aggregate size.
17. Providing the beam reinforcement in horizontal layers15:53

1. Design of one way slab33:20
Determine whether a slab is one-way, compute the effective depth, and design main and distribution reinforcement with deflection and shear checks for a simply supported one-way slab.
2. Design of two way slab47:26
Classify slabs as two-way or one-way by the longer-to-shorter ratio, then design a two-way slab with reinforcement along both directions, considering corner restraints and torsional reinforcement.
3. Development of Excel for one way slab design-0139:38
4. Development of Excel for one way slab design-0222:16
5. Development of Excel for two way slab design-0129:02
6. Development of Excel for two way slab design-0222:38
7. Designing the roof slab-0128:53
8. Designing the roof slab-0215:21
9. Designing the roof slab-0347:07
10. SLAB REINFORCEMENT DETAILS34:55
Identify slab reinforcement details for one-way and two-way slabs, including overall depth, main and distribution reinforcement, spacing, and unit conversions to ensure practical, code-compliant reinforcement layouts.

1. DETAILING OF FOOTING-PLAN31:47
2. DETAILING OF FOOTING-LONGITUDIONAL SECTION44:58
3. DETAILING OF FOOTING AND COLUMN39:49
4. DETAILING OF COLUMN38:17
5. DETAILING OF COLUMN-LONGITUDIONAL CROSS SECTION28:06
6. FOOTING GROUPING AND DETAILS33:24
7. COLUMN GROUPING AND DETAILS34:02
Create and edit the column grouping and detailing table, organizing column numbers, group numbers, dimensions, and reinforcement details, including diameter, number, and stirrup layouts for rc column design.
8. SLAB REINFORCEMENT37:58
9. TORSIONAL REINFORCEMENT IN SLAB20:16
10. DETAILING OF PLINTH BEAM37:01
11. DETAILING OF ROOF BEAM25:41
12. DETAILING OF CANTILEVER BEAM19:32
13. REINFORCEMENT IN LAYERS31:42

Requirements

Basic civil engineering knowledge is sufficient. No experience is required. Everything will be explained in the course.

Description

1. Planning and Drafting the Residential , Commercial and Industrial buildings in the Auto-cad software.

2. Understanding and reading the architectural plan and preparing the basic information.

3. Developing the center line diagram of the beams and columns for all the floors (PLINTH BEAM AND ROOF BEAMS OF ALL THE FLOORS) corresponding given architectural plan.

4. Learning the modelling, defining the materials, sections, assigning the materials and sections, analyzing the structure, designing in ETABS software.

5. Preparation of the Excel sheet as per IS code provisions for designing the individual structural members-Footing, column, beam, slab, staircase, retaining wall etc.

6. Exporting the software design results to excel and comparing it with the design excel sheet prepared.

7. Grouping of beams, columns, footings and slabs based on the loading and members dimensions.

8. Obtaining the final design results and deciding the final dimensions of beams, columns, slabs and footings.

9. Preparing the Detailed drawings as per the IS code provisions to execute in the site.

10. Preparation of bar bending schedule.

11. Design of earthquake resistant structures as per IS 1893 IS code.

12. Design of wind resistant structures as per IS 875 PART-03.

DETAIL DESCRIPTION OF COURSE IS GIVEN BELOW

-Drawing a plan of a residential building. [Framed structure, G+1, minimum of 1200sft].

-Drawing beam layout of plinth, ground floor and first floor.

-Drawing column layout for the above plan. [Use of proper grid lines with proper column numbering.]

-Modeling the above structure using ETABS. [Modelling, analyzing and designing].

-Analysis of above model. [Applying appropriate analysis techniques, Exporting column reactions for foundation design.]

-Design and Detailing of Isolated footing. [Column and Footing grouping, Design one typical isolated footing, & foundation layout.].

-Detailed drawing of Column & foundation.