Structural Detailing and Drawing

Teacher

Dr. Deepak Kumar Sahu

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Course Name : Structural Detailing and Drawing

Code(Credit) : CUTM1061(0-2-0)

Course Objective

To demonstrate to the students an understanding of the principles and best practices of structural detailing, including the importance of accuracy, clarity, and adherence to industry standards.
To Create detailed drawings that accurately and comprehensively represent the various structural components and connections, including beams, columns, braces, foundations, and connections.
To Interpret and understand structural designs, including architectural and engineering drawings, specifications, and design calculations.

Course outcome

COs	Course outcomes	Mapping COs with POs (High-3, Medium-2, Low-1)
CO1	Understand the principles of structural detailing and the relationship between design and detailing.	Engineering knowledge: PO1 [3], Design /development of solutions: PO3 [2]
CO2	Interpret architectural and engineering drawings, specifications, and other design documents to understand the design intent and requirements for structural components.	Conduct investigations of complex problems: PO4[3]
CO3	Able to apply relevant design codes and standards to ensure compliance and accuracy in the creation of structural detailing drawings.	Modern tool usage: PO5[3]
CO4	Able to solve industry structural elements problems using modern software and techniques.	Problem analysis: PO2 [2], Modern tool usage: PO5[3]
CO5	Properly dimension and annotate structural drawings to convey critical information.	PO12[3]

Course Content
MODULE 1 – Types of Projection
Concept of projection - Types of projection and applying symbol of projection - Isometric scale - Isometric view.

MODULE 2 – 3D Modelling

Isometric view by wire frame - Extrude, Revolve, Union, and Subtraction & Intersection, sweep, and extrude face - Solid primitives, solid editing command (move face, offset face)- 3d syphon, 3d canal fall, 3d water tank, 3d of truss& 3d of foot over bridge - Assembly drawing & attribute text - Annotation, block & w-block & leader.

MODULE 3 – Sectioning

Types of section – Application - View positioning - steel structure - PEB structure & Steel structure work - Syphon , culvert & bridge design - Stair ,door & ventilator design and calculation.

MODULE 4 – Introduction to STAAD Pro

Introduction to structural design &analysis, brief introduction about RCC structure - Doing frame structure - Calculating coordinate points, properties of building.

MODULE 5 – Plane & Space Frame Structure

Load, types & uses of load, calculation of dead load, live load & floor load - Working with design and analysis of building &, steel structure, preparation of RCC report - Applying load (wind load, seismic load, floor load, live load, dead load) using by water tank, tower, truss & multi stored building.

MODULE 6 – Design of Beam and Column

Design of beam and column, file transfer, concrete design, steel design, slab design, shear force /bending moment, solve some error - Using I.S code to define concrete design, steel & transfer to file from AutoCAD to STAAD PRO through DXF file.

MODULE 7 – Shear Wall Design

Describe about Shear wall design, & foundation - Using surface panel models to design shear wall (RC walls) & lift rooms, using STAAD -foundation to design, pile, mat, and isolated, combined footings - bridge deck design & stair case design - Response spectrum & foundation design foundation design.

Session Plan

Session 1

Introduction to structural design & analysis.

Introduction to Structure

Session 2

Brief introduction about RCC structure and design.

Reference video

Session 3

Overview of design of RCC beams.

RCC beam design

Session 4

Overview of design of RCC columns and footings.

Column design

Session 5

Overview of design of RCC slab (One way and two way).

Slab design

Session 6

Concepts of shear force and bending moment calculation.

SF and BM

Session 7

Discussing different methods of structural analysis like force method and displacement method. Types of load, support and structures. History of Staad Pro.

Session 8

Creating 2D and 3D frame structures using Staad Pro - Calculating coordinate points using STAAD PRO.

Drawing in Staad Pro

Session 9

Load types, calculation of dead load, live load & floor load (IS: 875), Seismic load calculation (IS: 1893).

Claculation of DL and LL

Seismic load calculation part-1

Seismic load calculation part-2

Seismic load calculation part-3

Seismic load calculation part-4

Session 10

Introduction to wind load and its manual calculation.

Wind load (as per 1987 code)

Wind load (as per 2015 code)

Session 11

Working with design and analysis of building, preparation of RCC report.

Design example (Part-1)

Design example (part 2)

Session 12

Analysis and Design of a 3D Frame structure for a combination of dead load and live load (DL+LL) using Staad Pro.

3D frame (DL+LL)

Session 13

Design and analysis of 3D frame structure for seismic analysis by considering the earthquake load.

Seismic load analysis

Session 14

Analysis and design of a frame structure for a combination of deal load, live load and earthquake load. Output file view, design parameters.

Design and analysis for DL+LL+EL

Session 15

Design and analysis of 3D frame structure for wind analysis by considering the wind load.

Wind load

Session 16

Complete analysis and design of multi storied RCC building frame for the combinations of loads like dead load, live load/imposed load and earthquake load/wind load as per IS 456 (2000).

RCC Frame structure analysis