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INDEX

PAGE STRUDS TUTORIALS

STRUDS

TUTORIALS

The information in this tutorial Guide is subject to change without notice because of the continuos process of software enhancement / improvement. SOFTTECH is in no way responsible for any errors that may appear in this Tutorial Guide or due to its usage.

Copyright 1998, SoftTech Engineers Pvt. Ltd.

Requests and Orders to :

SoftTech Engineers Pvt. Ltd.

1 - Balaji House, Opp. Telephone Exchange,

Bajirao Road, Pune 411 030.

India.

Telephone - +91-020-4478084

Telefax - +91-020-4478085

Web : http://www.softtech-engr.comEmail : softtech@giaspn01.vsnl.net.inINDEX

1. PREFACE

2. GETTING STARTED

3. ANALYSIS

{I.} ANALYSIS OF SIMPLY SUPPORTED BEAM

{I-1} PREPROCESSOR {I-1.1} Creating Beam Element

{I-1.2} Creating and Attaching Section To Beam Element

{I-1.3} Creating and Attaching Loads To Beam Element

{I-1.4} Attaching Material To The Beam Element

{I-1.5} Defining Support Conditions

{I-1.6} PreAnanlysis Enquiry.

{I-1.7} Saving The Building File.

{I-2} ANALYSIS

{I-2.1} Analysing The Beam.

{I-3} POSTPROCESSOR

{I-3.1} Selecting The Structure Type.

{I-3.2} Vector Diagram Display.

{I-3.3} Creating New Load Combination.

{I-3.4} Displaying Shear Force Diagram.

{I-3.5} Using The Control Option

{I-3.6} Displaying Bending Moment Diagram.

{I-3.7} Displaying Deflection Diagram.

{I-3.8} Free Body Diagram of the beam element.

{I-3.9} Displaying Reactions

{II} - ANALYSIS of A FIXED BEAM

{II-1} PREPROCESSOR

{III} ANALYSIS OF CONTINUOUS BEAM WITH OVERHANG

{III-1} PREPROCESSOR

{III-1.1} Creating Beam Element

{III-1.2} Defining Support Conditions

{III-1.3} Creating and Attaching Loads To The Beam Element

{IV} ANALYSIS OF SIMPLe PORTAL FRAME

{IV-1} PREPROCESSOR

{IV-1.1} Creation Of The Portal Frame

{IV-1.2} Defining The Support Conditions

{IV-1.3} Creating and Attaching The Section

{IV-1.4} Creating And Attaching The Loads {V} ANALYSIS OF RIGID FRAME {V-1} PREPROCESSOR

{V-1.1} Creating Beam Element

{V-1.2} Defining Support Condition

{V-1.3} Creating and Attaching Section To the Elements.

{V-1.4} Creating and Attaching Loads To The Beam Element4. INDIVIDUAL DESIGN MODULE

{VI} DESIGN OF ONE WAY SLAB

{VI-1.1} Creating Slab

{VI-1.2} Designing The Slab

{VI-1.3} Displaying Design Results {VII} DESIGN OF BEAM

{VII-1.1} Inputing Beam Geometry

{VII-1.2} Defining The Beam Supports

{VII-1.3} Creating And Attaching Load

{VII-1.4} Creating And Attaching Beam Section

{VII-1.5} Attaching Material To The Beam

{VII-1.6} Analysing The Beam

{VII-1.7} Designing The Beam

{VII-1.8} Display of Results

{VII-1.9} Display of Design Results {VIII} COLUMN DESIGN

{VIII-1.1} Creating Column Geometry

{VIII-1.2} Creating A New Load Combination

{VIII-1.3} Designing of Column

{VIII-1.4} Display of Design {IX} FOOTING DESIGN

{IX-1.1} Selecting The Type Of Footing

{IX-1.2} Inputting Column Details

{IX-1.3} Designing of Footing

5. BUILDING DESIGN

{X} Sample Building Design

{X-1} PREPROCESSOR

{X-1.1a} Defining Floors

{X-1.1b} Creating Slabs Panels

{X-1.1c} Drawing Curved Element

{X-1.2} Locating Column Positions

{X-1.3} Specifying Boundary Conditions

{X-1.4} Creating And Attaching Sections to Beams

{X-1.5} Creating and Attaching Walls

{X-1.6} Creating and Attaching External Loads

{X-1.7} Saving Floor Plan

{X-1.8} Copying the Floor Plans

{X-1.9} Editing The Floor Plans

{X-1.10} Setting Column sizes and Orientation of Columns

{X-2} Analyzing the Building Structure

{X-3} Plane Grid Method{X-3A} Analysis

{X-3} DESIGN

{X-3.1} Slab Design

{X-3.1.1} Defining Properties

{X-3.1.2} Displaying Slab Design Results

{X-3.2} Beam Design

{X-3.2.1} Defining Beam Properties

{X-3.2.2} Displaying Beam Schedule

{X-3.2.3} Display of The Bar Bending Schedule

{X-3.2.4} Display of Beam Quantity Report.

{X-3.2.5} Display The Double Line Diagram

{X-3.2.6} Displaying The Analysis Results.

{X-3.2.7} Display of Design Results.

{X-3.3} Column Design {X-3.3.1} Defining Properties

{X-3.3.2} Displaying Column Design

{X-3.3.3} Displaying Cumulative Loads

{X-3.3.4} Displaying The Centerline Plan

{X-3.3.5} Displaying Column Design Results

{X-3.3.6} Displaying The Quantity Summary

{X-3.3.7} Displaying The Column Load Report

{X-3.4} Footing Design

{X-3.4.1} Defining Design Parameters

{X-3.4.2} Displaying Footing Design Results

{X-3.4.3} Displaying Footing Plan + Elevation

{X-3.4.4} Displaying Footing Schedule

{X-3.4.5} Displaying Footing Quantity Report

{X-3.4.6} Displaying Cenerline-Plan For Footings

{X-A} PLANE FRAME METHOD

{X-A 1} PREPROCESSOR

{X-A 1.1} Generating Plane Frames {X-A 1.2} Generating Seismic and Wind Loads

{X-A 1.3} Viewing EQ and Wind Load Report

{X-A 1.4} Viewing of Frames and Horizontal Loads

{X-A 2} Analysis

{X-A 3} DESIGN

Beam Design

{X-A 3.1} Creating New Load Combinations

{X-A 3.2} Beam Design

{X-A 3.3} Displaying Beam Schedule

{X-A 3.4} Displaying Bar Bending Schedule.

{X-A 3.5} Displaying Beam Quantity Report.

{X-A 3.6} Displaying Analysis Results.

{X-A 3.7} Displaying Beam Design Results.

cOLUMN Design

{X-A 3.8} Column Design

{X-A 3.9} Column Numbering

{X-A 3.10} Defining Column Design Parameters

{X-A 3.11} Saving Column Design

{X-A 3.12} Displaying Column Design

{X-A 3.13} Displaying Loads On Column

{X-A 3.14} Displaying Centerline Plan

{X-A 3.15} Displaying Column Cross Section

{X-A 3.16} Displaying Column Schedule

{X-A 3.17} Displaying Column Quantity Report

{X-A 3.18} Displaying Column Load Report.

{X-A 3.19} Displaying Detail Column Design Report.

{X-A 3.20} Displaying Column Schedule Report.

fOOTING Design

{X-A 3.21} Footing Design

{X-A 3.22} Defining Design Parameters

{X-A 3.23} Displaying Design

{X-A 3.24} Displaying Plan + Elevation.

{X-A 3.25} Displaying Footing Schedule

{X-A 3.26} Displaying Quantity Report

{X-A 3.27} Displaying Footing Center-Line Plan

{X-B} SPACE FRAME METHOD

{X-B1} PREPROCESSOR

{X-B 1.1} Generating Space Frame

{X-B 1.2} Displaying Space Frame

{X-B 1.3} Generating Seismic and Wind Loads

{X-B 1.4} Defining Load Cases

{X-B 2} Analysis

{X-B 3} DESIGN

BEAM DESIGN

{X-B 3.1} Creating New Load Combinations For Beam Design

{X-B 3.2} Beam Design By Space Frame Method

{X-B 3.3} Saving Design

{X-B 3.4} Grouping Of Beams

{X-B 3.5} Displaying Beam Schedule

{X-B 3.6} Display of Reports

{X-B 3.7} Displaying Analysis Results

{X-B 3.8} Displaying Design Results.

COLUMN DESIGN

{X-B 3.9} Column Design

{X-B 3.10} Column Numbering

{X-B 3.11} Defining Design Properties

{X-B 3.12} Saving Column Design

{X-B 3.13} Displaying Design

{X-B 3.14} Displaying Loads

{X-B 3.15} Displaying Center Line Plan

{X-B 3.16} Displaying Column Schedule Report

{X-B 3.17} Displaying Column Quantity Report.

{X-B 3.18} Displaying Column Load Report

{X-B 3.19} Displaying Detail Report Of Column Design.

FOOTING DESIGN

{X-B 3.20} Footing Design

{X-B 3.21} Displaying Footing Design

{X-B 3.22} Displaying Footing Design

{X-B 3.23} Displaying Plan + Elevation

{X-B 3.24} Displaying Footing Schedule

{X-B 3.25} Displaying Footing Quantity Report.

{X-B 3.26} Display