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About Structural Design Course
The structural design course involvedPractical/Live multi-storied building design asfollows
1.R.c.c slab 2.R.c.c primary & secondary beam 3.R.c.c column& Shear Wall 4.R.c.c foundation
The courses provide exposure to combinations of tools such as Manual Calculations, STAAD.Pro/ETABS to suit the career choices of students in civil and structural design. They comprise structural analysis, Structural design & detailing.
Objective
The technical course ensures that the Students/ Practising Engineers are equipped with technical skills to carry out the tasks of a working professional in the field of structural design.
Eligibility The technical courses are open to working professionals and students from the civil engineering / Structural engineering field
Course Schedule:1
STRUCTURAL ANALYSIS AND DESIGN USING MANUAL CALCULATIONS-PRACTICAL PROBLEMS GIVEN TO
STUDENTS
S.No. Levels Duration1 Level.1
1.1. About Structural Design 1hr
2 Level.2. 2.1 Structural Planning
a. Positioning and Orientation of Columns
b. Positioning of Beams c. Spanning slabs d. Layout of Stairs e. Selecting proper type of footing
2hrs
3 Level.3 3.1 Action of forces and computation of loads and Types of Supports (Practical cases)
a. Basic Structural actions b. Computation of loads c. Classifications of supports-
Practical case
4hrs
4 Level.4 4.1 Methods of Analysis
a. Elastic Analysis b. Limit State Analysis
2hrs
5 Level- 5 5.1 Slab Design and Panel Classifications as per IS 456:2000 Table.26
a. One way Slab –Continuous and Simply Supported
b. Two way Slab- Continuous and Simply Supported
c. Classifications of Slab Panel as per Table.26 of IS 456:2000
d. Deflection Calculation as per Cl.23.2. of IS 456:2000
e. development length and anchorage calculation
3 hrs
6 Level- 6
6.1 Beam Design Calculations as per Cl.26.5 and Annexure G of IS 456: 2000
a. Singly Reinforced Beam – Bending, Shear and Torisonal Shear
b. Doubly Reinforced Beam- Bending,Shear and Torsional Shear
3hrs
c. Deflection Calculation as per Cl.23.2. of IS 456:2000
d. development length and anchorage calculation
7 Level- 7 7.1 Column Design Calculations as per Cl.39 and Annexure E of IS 456: 2000
a. Effective Length of Column as per Annexure E of IS 456: 2000
b. Axial Load Column c. Uniaxial Bending Column d. Biaxial Bending Column e. development length and
anchorage calculation
4hrs
8 Level- 8 8.1 Footing Design Calculations as per IS 456:2000
a. Rectangular Footing b. Square Footing c. pile foundation D. development length and
anchorage calculation
2hr
9 Level- 9 9.1 Drawings and Detailing a. Slab b. Beam c. Column and d. Foundation
4hrs
10 Level.10 10.1Method of Shortcuts being used in Practical cases
Total 25 HRS
Course Schedule:2
STRUCTURAL ANALYSIS AND DESIGN USING STAAD Pro. / ETABS-PRACTICAL PROBLEMS
S.No. Levels Duration 1 Level.1
1.1. About Staad Pro./Etabs Software 1.2. Technical Use and Purpose of Staad Pro./Etabs Software
1hr
2 Level.2. 2.1 Structural Planning
a. Positioning and Orientation of Columns
b. Positioning of Beams c. Spanning slabs d. Layout of Stairs e. Selecting proper type of
footing
3hrs
3 Level.3 3.1 Action of forces and computation of loads and Types of Supports (Practical cases)
a. Basic Structural actions b. Computation of loads c. Classifications of supports-
Practical case
3hrs
4 Level.4 4.1 Methods of Analysis
a. Elastic Analysis b. Limit State Analysis
2hrs
5 Level.5 5.1 Modelling
a. Structural Plan b. Assignment of Material c. Properties of member d. Assignment of Supports
3hrs
6 Level.6 6.1. Loading of member
a. Extraction of Loads for structural member from IS 875 Part 1 to 5
b. Application of loads in the structure using STAAD Pro/Etabs software
3hrs
7 Level.7
7.1.Method of Shortcuts being used in Practical cases
2hrs
8 Level- 8 8.1 Beam Design as per Cl.26.5 of IS
3hrs
456: 2000 using STAAD Pro/Etabs 8.2 Column Design Calculations as per Cl.39 of IS 456: 2000 using STAAD Pro/Etabs
a. Axial Load Column b. Uniaxial Bending Column
c. Biaxial Bending Column
9 Level- 9 9.1 Slab Design Calculations using STAAD Pro/Etabs
1hr
10 Level- 10 10. Drawings and Detailing a. Slab b. Beam c. Column and d. Footing
4hrs
TOTAL HRS 25HRS
NOTE : The Design practice will be conducted both Chennai and Tirupur branch office.
Contact: H.O: SP STRUCTURES (Civil&Structural Consultancy) No.5/3. II Floor I Street, Seetha Nagar, Nungambakkam, Chennai, Tamilnadu India- 600034 Mob :+91-9787075645 Ph :044- 28242412 Email : [email protected] [email protected] B.O: SP STRUCTURES (Civil&Structural Consultancy) No.282, I Floor, Dharapuram S.H. Road, Tirupur,TamilNadu India- 641608 Mob :+91-9787075645 Ph :0421-2424123 Email : [email protected] [email protected]
