Design of Building Steel Structures

Introduction1Chapter

1Platform

Steel

Structures21．1Layout

of

platform

steel

structures21．2Paving

panel

design41．2．1Form

and

structural

detail

of

the

paving

panels41．2．2Calculation

of

paving

plates51．2．3Stiffeners

of

plate

calculation71．3Platform

beam

design101．3．1Key

points

of

platform

beam

design101．3．2Design

and

calculation

of

platform

beam101．4Platform

column

design201．4．1Cross-section

design201．4．2Calculation

of

the

axial

compression

column

with

solid

web211．4．3Lace-barred

latticed

columns

and

sewed

slab

latticed

columns231．5Joint

design251．5．1Primary

beam

to

secondary

beam

joint251．5．2Primary

beam

to

column

joints271．5．3Column

base

joints291．6Design

of

steel

stairs

of

the

platform

structures291．6．1Form

and

structural

detail

of

steel

stairs291．6．2Calculation

of

inclined

stair30Thinking

questions31Exercises31Chapter

2Design

of

Light

Portal

Frame

Structures332．1Structure

forms

and

structure

layout332．1．1Structure

forms332．1．2Geometric

size

of

building342．1．3Structure

layout352．2Loads

and

internal

force

combination362．2．1Loads362．2．2Combination

of

load

effects372．2．3Internal

force

calculation382．2．4Deformation

calculation382．3Design

of

columns

and

beams392．3．1Plate

width-to-thickness

ratio

and

web

post-buckling

strength392．3．2Section

strength

of

beams

and

columns

considering

post-buckling

strength422．3．3Overall

stability

of

the

variable

section

column

of

the

portal

frame422．4Design

of

purlin

and

wall

beam532．4．1Purlin

design532．4．2Wall

beam

design612．5Joints

design662．5．1Design

of

column-beam

joints

and

beam-to-beam

splicing

joints662．5．2Design

of

column

base

joints692．5．3Design

of

corbels702．5．4Connection

structure

of

swinging

column

and

inclined

beam712．6Design

of

braces(supports)712．7Design

of

profiled

steel

sheet722．7．1Material

and

section

forms

of

the

profiled

steel

sheets722．7．2Loads

and

load

combinations

of

the

profiled

steel

sheets742．7．3Specifications

for

construction

of

the

profiled

steel

sheets75Thinking

questions76Exercises76Chapter

3Heavy

Industrial

Building783．1Overview

of

heavy

industrial

building783．1．1Application

and

structure

features

of

heavy

industrial

building783．1．2Structure

constitution

of

heavy

industrial

building783．2Structural

layout

of

heavy

industrial

building793．2．1Column

grid

layout

of

heavy

industrial

building793．2．2Roof

arrangement

of

heavy

industrial

building803．2．3Transverse

frame

of

heavy

industrial

building803．2．4Frame

column

of

heavy

industrial

building823．2．5Roof

truss

of

heavy

industrial

building853．2．6Column

bracing

of

heavy

industrial

building883．2．7Roof

bracing

of

heavy

industrial

building903．3Principle

of

structure

calculation

of

heavy

industrial

building933．3．1Load

calculation933．3．2Internal

force

calculation

of

rigid-jointed

frame933．3．3Principle

of

internal

force

combination943．4Design

of

steel

roof

truss943．4．1Loads

of

roof

truss943．4．2Internal

force

calculation

and

combination

of

roof

truss953．4．3Effective

length

of

members

in

roof

truss953．4．4Section

form

of

members

in

roof

truss973．4．5Connection

structure

of

roof

truss993．4．6Section

selection

for

roof

truss

members993．4．7Joints

design1003．4．8Introduction

of

roof

truss

construction

drawing

characteristics1023．4．9Design

example

of

steel

roof

truss1023．5Crane

girder

design

of

heavy

industrial

building1043．5．1Load

and

working

performance

of

crane

girder1043．5．2Composition

of

crane

girder

system1053．5．3Connections

between

crane

girder

and

column1063．5．4Cross-section

checking

calculation

of

crane

beam106Thinking

questions110Exercises110Chapter

4Design

of

Large-span

Steel

Roof

Structures1124．1Structural

forms

of

large-span

steel

roof

systems1124．2Plate-like

space

trusses1124．2．1Characteristics

and

geometric

composition

analysis1134．2．2Types

of

plate-like

space

truss1144．2．3Structure

form

selection

of

plate-like

space

truss1204．2．4Bottom

supports

of

plate-like

space

truss1224．2．5Dimensions

of

plate-like

space

truss1244．2．6Roof

drainage

and

slope

of

space

truss1254．2．7Allowable

deflection

of

space

truss1264．3Latticed

shells1264．3．1Kinds

of

latticed

shells1274．3．2Forms

of

latticed

shells1284．3．3Basic

principles

for

the

design

of

latticed

shells1334．4Calculation

of

plate-like

space

trusses

and

latticed

shells1354．4．1Loads

and

action1354．4．2Internal

force

calculation

of

space

latticed

structures1374．4．3Internal

forces

calculation

under

seismic

action1404．5Design

of

members

in

plate-like

space

truss

and

latticed

shell1424．6Design

of

joints

in

plate-like

space

trusses

and

latticed

shells1444．6．1Welded

hollow

spherical

joints(WHSJ)1444．6．2Design

of

bolted

spherical

joints1474．6．3Support

joints152Thinking

questions154Exercise154Chapter

5Multi-story

and

High-rise

Steel

Buildings1555．1Composition

of

multi-story

and

high-rise

building

structure1555．1．1Types

of

multi-story

building

structures1555．1．2Outline

of

structure

layout1615．2Floor

layout

and

design1645．2．1Layout

principles

and

schemes

of

the

floor1645．2．2Design

of

profiled

sheet-concrete

composite

floor1685．3Design

of

columns

and

supports1765．3．1Design

of

frame

columns1765．3．2The

column-to-beam

connection1795．3．3Arrangement

of

horizontal

braces1825．3．4Design

of

vertical

braces1825．4Brief

introduction

of

analysis

and

calculation

of

high-rise

steel

buildings1885．4．1Load

and

action1885．4．2Structural

analysis

and

calculation1895．4．3Structural

design195Thinking

questions198Exercise198Chapter

6Steel

Tube

Structures

and

Tubular

Connections1996．1Introduction1996．2Steel

tubular

connection

forms

and

geometric

parameters2016．3Judgment

criteria

for

the

capacity

of

tubular

connections2046．4Static

capacity

of

CHS

connections2056．4．1Failure

modes

of

CHS

connections2056．4．2Analysis

models

for

the

capacities

of

CHS

connections2066．4．3Bearing

capacity

formulae

of

several

CHS

connections2096．5Static

capacity

of

RHS

connections2146．5．1Failure

modes

of

RHS

connections2146．5．2Analysis

models

of

the

capacities

of

RHS

connections2156．5．3Bearing

capacity

formulae

of

several

RHS

connections221Thinking

questions224Exercise224References225Appendix226