NEW Autodesk Civil 3D
Procedures & Applications
Published on 4. October 2006
Book
Paperback/Softback
448 pages
978-0-13-171350-5 (ISBN)
Description
For courses in Engineering Design and Computations, Introduction to Civil Engineering, and Autodesk Civil 3D.
Unique in approach, Autodesk Civil 3D offers an innovative blend of core civil engineering concepts and thorough Autodesk Civil 3D instruction. It moves beyond a how-to manual, to explain why the software produces specific results and how it can be used to solve specific civil engineering problems. Flexible in design, the book begins with an overview of the software and its interface, introduces a comprehensive design project and then covers advanced usage of each of the software's capabilities. Ideal for both lecture and lab, the text uses screen shots, dialogue boxes, CAD images, and digital AutoCAD files to introduce the procedures and applications of Autodesk Civil 3D.
Unique in approach, Autodesk Civil 3D offers an innovative blend of core civil engineering concepts and thorough Autodesk Civil 3D instruction. It moves beyond a how-to manual, to explain why the software produces specific results and how it can be used to solve specific civil engineering problems. Flexible in design, the book begins with an overview of the software and its interface, introduces a comprehensive design project and then covers advanced usage of each of the software's capabilities. Ideal for both lecture and lab, the text uses screen shots, dialogue boxes, CAD images, and digital AutoCAD files to introduce the procedures and applications of Autodesk Civil 3D.
More details
Language
English
Place of publication
Berkeley
United States
Publishing group
Pearson Education (US)
Target group
Professional and scholarly
Dimensions
Height: 276 mm
Width: 210 mm
Weight
882 gr
ISBN-13
978-0-13-171350-5 (9780131713505)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Classification
Content
Preface
Introduction: CADD, the Primary Tool of Our Trade
A Brief Introduction to the Field of Civil Engineering
How CADD Became the Primary Tool of the Trade
Primitive and Manual-Based Tools of the Trade
Automated Tools of the Trade
Interactive Graphics-Based Tools of the Trade
PC-Based CADD Is Introduced and Becomes the Primary Tool of the Trade
The Future of Technology for Civil Engineering
Chapter 1 The Components and Interface of Civil 3D Chapter Objectives
Introduction
Review of Functions and Features to Be Used
What Are the Components of Autodesk Civil 3D?
Introduction to AutoCAD MAP 3D
Features of MAP 3D
An Application for MAP 3D
Some of the Main Features of MAP 3D
Security
The Spatial Database
Queries
Editing and Graphical Cleanup Tools
Geodetic Transformations
Civil 3D - A Civil Engineering Design Application with New Philosophies
What Civil 3D Introduces
Understanding Civil 3D Icons
Pipe Utilities Grips
Sheet Set Manager Palette
Chapter Test Questions
Chapter 2 A Civil 3D JumpStart Project
Chapter Objectives
Introduction
Review of Functions and Features to Be Used
Project Design Application
Part One: Project Design Application
Part Two: Project Design Application
Site Design
Chapter Test Questions
Chapter 3 The Simple, but Time Honored Point
Chapter Objectives
Introduction
Review of Functions and Features to Be Used
Point Basics
Geodetics and Global Coordinate Systems
Point Aesthetics
Description Key Sets and Point Groups
Description Key Sets
External Data References
Point Computations
Miscellaneous Point Creation Commands
Miscellaneous Polyline Vertices - Manual
Miscellaneous Convert AutoCAD Points
Miscellaneous Convert Softdesk Point Blocks
Intersection-Related Point Creation Commands
Alignment Related Point Commands
Surface Related Point Commands
Surface - Along Polyline/Contour Command
Surface - Polyline/Contour Command
Import Points
Continue with the Points Pull-Down
Creating Automated Tables - Add Table
Utilities
Chapter Test Questions
Chapter 4 Civil 3D, the Modern Curvilinead
Chapter Objectives
Introduction
Review of Functions and Features to Be Used
Computations of Lines and Their Angles
Distances and Bearings
3D Linework Uses Slope Distances for Distance Measurement
Control Surveys
Vector Data and Formulas
Curvilinear Objects - Arcs, Circular Curves, and Spirals - Definitions and Formulas
Civil 3D's Default Angular System
Converting Decimal Degrees to D-M-S
Angles in Civil Engineering
Geometry Computations
The Transparent Commands Toolbar
The `GN Command
The `LL Command
Parcels
Parcel Development in Civil 3D
Alignments
Horizontal Alignment Development in Civil 3D
Fixed, Floating, and Free Lines and Curves
How to Design an Alignment
Chapter Test Questions
Chapter 5 Advanced Digital Terrain Models
Chapter Objectives
Introduction
Review of Functions and Features to Be Used
DTM Theory
The TIN Process
Ground Information
What Method Is Used to Calculate the Contours for the Site?
Surfaces in Civil 3D
Surface Analysis
Chapter Test Questions
Chapter 6 Advanced Profiles and Sections
Chapter Objectives
Introduction
Review of Functions and Features to Be Used
Theory of Vertical Alignments
The Properties of Parabolic Curves
Formulas Used for Computing Parabolic Vertical Curve Data
Applications Using Civil 3D for Profiling
Profile Layout Toolbar
The Ripple-Through Effect
Superimposing Profiles
Civil 3D Sections
Chapter Test Questions
Chapter 7 Advanced Corridor Development
Chapter Objectives
Introduction
Review of Functions and Features to Be Used
Corridor Theory
Superelevation of Roadways - Basic Criteria
Create a Corridor for a Road
Modify Subassemblies for the Road
Superelevating a Roadway
Codes and Feature Lines
Multiple Baselines
Roadway Design for Rehabilitation and Reconstruction
Chapter Test Questions
Chapter 8 Advanced Site Grading and Virtual Site Designtm
Chapter Objectives
Introduction
Review of Functions and Features to Be Used
Virtual (3D) Site DesignTM
Earthworks Algorithms
The Grading Layout Tools
Chapter Test Questions
Chapter 9 Piping for Storm Sewers and Drainage
Chapter Objectives
Introduction
Review of Functions and Features to Be Used
Hydrology
Runoff
SCS Storm Distributions
Determining the Time-of-Concentration
Hydraulics
Basic Concepts Related to Flowing Water
Discharge-Area-Velocity Relationships
Hydraulic Mean Depth and Hydraulic Radius
Velocity Head Concept
Civil 3D Storm Sewers
Chapter Test Questions
Chapter 10 Civil 3D's Visualization Capabilities
Chapter Objectives
Introduction
Review of Functions and Features to Be Used
Samples of Renderings
Chapter 11 Surveying
Chapter Objectives
Introduction
Review of Functions and Features to Be Used
Surveying Functions
Developing Traverse Data
Computation of Azimuths for the Traverse
Electronic Field Recorders or Data Collectors
Survery Language
Point Creation Commands
Point Location Commands
Point Information Commands
Point Editing Commands
Figure Commands
Intersection Commands
Figure Correction and Manipulation Commands
Equipment Correction Commands
Baseline Commands
Centerline Commands
AutoCAD Related Commands
Miscellaneous Commands
Mathematical Operations
Files Produced When Balancing
Secrets of Survey Functions
Civil 3D File for Adjusting a Closed Traverse
Civil 3D File for Adjusting a Traverse Cross Loop
Chapter Test Questions
Appendix A Data Sharing in Civil 3D
Introduction
Data Sharing
Method 1: Inserting or Copying a Drawing
Method 2: LandXML
Method 3: Data Shortcuts
Method 4: Civil 3D Projects
Sharing Data with Contractors for 3D/GPS Machine Control
Carlson Connect
Trimble Link
Leica X-change
Sharing Civil 3D Configuration Data
Appendix B Labeling in Civil 3D 2007
AppendixC Software and Hardware Versions
Software Versions and Specifications
Hardware Specifications
Scenario 1
Scenario 2
Scenario 3
Appendix D Identify the Civil Engineering Industry
Identify the Breakdown and Flow of Engineering Tasks and How Civil
3D Contributes to the Work Effort
For the Public Sector
For the Private Sector
Appendix E Supplement to Chapter 3: The Simple, but Time Honored Point Creative "Thinking Points"
Performing Slope-Based Computations
Glossary
Introduction: CADD, the Primary Tool of Our Trade
A Brief Introduction to the Field of Civil Engineering
How CADD Became the Primary Tool of the Trade
Primitive and Manual-Based Tools of the Trade
Automated Tools of the Trade
Interactive Graphics-Based Tools of the Trade
PC-Based CADD Is Introduced and Becomes the Primary Tool of the Trade
The Future of Technology for Civil Engineering
Chapter 1 The Components and Interface of Civil 3D Chapter Objectives
Introduction
Review of Functions and Features to Be Used
What Are the Components of Autodesk Civil 3D?
Introduction to AutoCAD MAP 3D
Features of MAP 3D
An Application for MAP 3D
Some of the Main Features of MAP 3D
Security
The Spatial Database
Queries
Editing and Graphical Cleanup Tools
Geodetic Transformations
Civil 3D - A Civil Engineering Design Application with New Philosophies
What Civil 3D Introduces
Understanding Civil 3D Icons
Pipe Utilities Grips
Sheet Set Manager Palette
Chapter Test Questions
Chapter 2 A Civil 3D JumpStart Project
Chapter Objectives
Introduction
Review of Functions and Features to Be Used
Project Design Application
Part One: Project Design Application
Part Two: Project Design Application
Site Design
Chapter Test Questions
Chapter 3 The Simple, but Time Honored Point
Chapter Objectives
Introduction
Review of Functions and Features to Be Used
Point Basics
Geodetics and Global Coordinate Systems
Point Aesthetics
Description Key Sets and Point Groups
Description Key Sets
External Data References
Point Computations
Miscellaneous Point Creation Commands
Miscellaneous Polyline Vertices - Manual
Miscellaneous Convert AutoCAD Points
Miscellaneous Convert Softdesk Point Blocks
Intersection-Related Point Creation Commands
Alignment Related Point Commands
Surface Related Point Commands
Surface - Along Polyline/Contour Command
Surface - Polyline/Contour Command
Import Points
Continue with the Points Pull-Down
Creating Automated Tables - Add Table
Utilities
Chapter Test Questions
Chapter 4 Civil 3D, the Modern Curvilinead
Chapter Objectives
Introduction
Review of Functions and Features to Be Used
Computations of Lines and Their Angles
Distances and Bearings
3D Linework Uses Slope Distances for Distance Measurement
Control Surveys
Vector Data and Formulas
Curvilinear Objects - Arcs, Circular Curves, and Spirals - Definitions and Formulas
Civil 3D's Default Angular System
Converting Decimal Degrees to D-M-S
Angles in Civil Engineering
Geometry Computations
The Transparent Commands Toolbar
The `GN Command
The `LL Command
Parcels
Parcel Development in Civil 3D
Alignments
Horizontal Alignment Development in Civil 3D
Fixed, Floating, and Free Lines and Curves
How to Design an Alignment
Chapter Test Questions
Chapter 5 Advanced Digital Terrain Models
Chapter Objectives
Introduction
Review of Functions and Features to Be Used
DTM Theory
The TIN Process
Ground Information
What Method Is Used to Calculate the Contours for the Site?
Surfaces in Civil 3D
Surface Analysis
Chapter Test Questions
Chapter 6 Advanced Profiles and Sections
Chapter Objectives
Introduction
Review of Functions and Features to Be Used
Theory of Vertical Alignments
The Properties of Parabolic Curves
Formulas Used for Computing Parabolic Vertical Curve Data
Applications Using Civil 3D for Profiling
Profile Layout Toolbar
The Ripple-Through Effect
Superimposing Profiles
Civil 3D Sections
Chapter Test Questions
Chapter 7 Advanced Corridor Development
Chapter Objectives
Introduction
Review of Functions and Features to Be Used
Corridor Theory
Superelevation of Roadways - Basic Criteria
Create a Corridor for a Road
Modify Subassemblies for the Road
Superelevating a Roadway
Codes and Feature Lines
Multiple Baselines
Roadway Design for Rehabilitation and Reconstruction
Chapter Test Questions
Chapter 8 Advanced Site Grading and Virtual Site Designtm
Chapter Objectives
Introduction
Review of Functions and Features to Be Used
Virtual (3D) Site DesignTM
Earthworks Algorithms
The Grading Layout Tools
Chapter Test Questions
Chapter 9 Piping for Storm Sewers and Drainage
Chapter Objectives
Introduction
Review of Functions and Features to Be Used
Hydrology
Runoff
SCS Storm Distributions
Determining the Time-of-Concentration
Hydraulics
Basic Concepts Related to Flowing Water
Discharge-Area-Velocity Relationships
Hydraulic Mean Depth and Hydraulic Radius
Velocity Head Concept
Civil 3D Storm Sewers
Chapter Test Questions
Chapter 10 Civil 3D's Visualization Capabilities
Chapter Objectives
Introduction
Review of Functions and Features to Be Used
Samples of Renderings
Chapter 11 Surveying
Chapter Objectives
Introduction
Review of Functions and Features to Be Used
Surveying Functions
Developing Traverse Data
Computation of Azimuths for the Traverse
Electronic Field Recorders or Data Collectors
Survery Language
Point Creation Commands
Point Location Commands
Point Information Commands
Point Editing Commands
Figure Commands
Intersection Commands
Figure Correction and Manipulation Commands
Equipment Correction Commands
Baseline Commands
Centerline Commands
AutoCAD Related Commands
Miscellaneous Commands
Mathematical Operations
Files Produced When Balancing
Secrets of Survey Functions
Civil 3D File for Adjusting a Closed Traverse
Civil 3D File for Adjusting a Traverse Cross Loop
Chapter Test Questions
Appendix A Data Sharing in Civil 3D
Introduction
Data Sharing
Method 1: Inserting or Copying a Drawing
Method 2: LandXML
Method 3: Data Shortcuts
Method 4: Civil 3D Projects
Sharing Data with Contractors for 3D/GPS Machine Control
Carlson Connect
Trimble Link
Leica X-change
Sharing Civil 3D Configuration Data
Appendix B Labeling in Civil 3D 2007
AppendixC Software and Hardware Versions
Software Versions and Specifications
Hardware Specifications
Scenario 1
Scenario 2
Scenario 3
Appendix D Identify the Civil Engineering Industry
Identify the Breakdown and Flow of Engineering Tasks and How Civil
3D Contributes to the Work Effort
For the Public Sector
For the Private Sector
Appendix E Supplement to Chapter 3: The Simple, but Time Honored Point Creative "Thinking Points"
Performing Slope-Based Computations
Glossary