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Schaum's Outline of Introductory Surveying

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ISBN-10: 0070711240

ISBN-13: 9780070711242

Edition: 1985

Authors: Roy Wirshing, James R. Wirshing

List price: $28.00
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Description:

This book is excellent for self-study or as a complement to the most popular surveying texts and courses in junior college and technical schools. An invaluable tutor, it gives students hundreds of opportunities to learn how to solve civil engineering and surveying problems. The numerous reality-based problems with guided solutions and hundreds more with answers help students measure their progress and hone their skills.
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Book details

List price: $28.00
Copyright year: 1985
Publisher: McGraw-Hill Education
Publication date: 6/22/1985
Binding: Paperback
Pages: 384
Size: 8.00" wide x 11.00" long x 0.50" tall
Weight: 1.430
Language: English

McGraw-Hill authors represent the leading experts in their fields and are dedicated to improving the lives, careers, and interests of readers worldwide

Trigonometry for Surveyors
Trigonometry
Angles and Their Measurement
Expressing the Fractional Part of a Degree in Minutes and Seconds
Expressing an Arc in Radians
Angle Conversions
Operations with Angles Expressed in Degrees, Minutes, and Seconds
Areas of Triangles
Interior Angles of Triangle
Exterior Angles of a Triangle
Pythagorean Theorem
Standard Position for an Angle
Trigonometric Ratios
Trigonometric Functions on a Calculator
Field Notes
Reason for Field Notes
Requirements for Good Notes
Types of Field Books
Kinds of Notes
Arrangement of Field Notes
Suggestions on Recording Notes
Proper Methods
Significant Figures
Rounding Off Numbers
Horizontal Distances
Methods of Measurement
Pacing
Odometer Readings
Horizontal Sights by Stadia
Electronic Distance Measurements
Precision of Various Measuring Methods
Taping
Slope Taping Procedure
Corrections
Slope Computations
Stationing
Notekeeping
Sources of Error
Common Mistakes
Transits
General Information
Differences between Transits and Theodolites
Relationships of Angles and Distances
Telescopic Sight
Line of Sight
Verniers
Transit Geometry
The Compass
Magnetic Declination
Variations in Magnetic Declination
Local Attraction
Sources of Error in Compass Work
Mistakes in Compass Work
Determining an Accurate Compass Bearing
Measuring a Horizontal Angle
Field Records
Recording the Field Notes
Sources of Error in Transit Work
Leveling
Introduction
Types of Leveling
Leveling Equipment
Orders of Accuracy
Level Bench Marks
Differential Leveling
Sight Distances
Balancing Foresights and Backsights
Curvature and Refraction
Adjusting the Level
Field Procedure
Recording
Profile Leveling
Trigonometric Leveling
Angle Measurement
General Information
Direction
Measuring Angles by Repetition
Prolonging a Line Past an Obstacle by Angles
Kinds of Horizontal Angles
Closing the Horizon
Azimuth
Bearings
Comparison of Bearings and Azimuths
Bearing Calculations
Computing Azimuths
Factors Affecting Angle Observations
Common Mistakes
Traverses
Definitions
Use of Traverses
Traverse Field Work
Traverse Computations
Working a Connecting Traverse
Topographic Surveys
Definition of Topographic Surveying
Scales
Topographic Representation
Contour Lines
Field Methods
Cross-Section Method
Plotting the Points
Interpolating
Other Methods of Obtaining Topography
Coordinate Square Method
Geometric Location of Contour Points
Sources of Error in Topographic Surveys
Construction Surveys
Introduction
Methods
Transfer from Stakes to the Improvement
Baseline and Offset Control
Angle-and-Distance Method
Complex Plans: Coordinate Method
Establishing Line in the Field: Marking Position
Establishing Grade: Marking Elevations
Methods of Giving Grade
Slope Staking
Definition
Method
Information Required
Summing up Slope Staking Procedures
Field Notes
Earthwork
Importance of Earthwork
Cross Sections
Areas
Counting-the-Squares Method
Geometric Method
Stripper Method
Double-Meridian-Distance Method
Area by Coordinates
Volumes
Volume by Average End Areas
Volume by End-Areas Table
Volume by Prismoidal Formula
Horizontal Curves
Introduction
Types of Horizontal Curves
Elements of a Simple Curve
Simple Curve Formulas (Arc and Chord Definitions)
Solution of a Simple Curve
Staking Out a Simple Horizontal Curve
The Compound Curve
Vertical Curves
Why Vertical Curves Are Used
Definitions
Computing Vertical Curves: The Stage Method
Computing Vertical Curves: The Direct Method
Vertical Curve in Sag
Drawing Maps
Introduction
Types of Maps
Horizontal Ties
Vertical Ties
Map Scale
Map Drafting
Plotting the Control
Plotting Angles
Topographic Symbols
Placing the Map on a Sheet
Meridian Arrow
Title
Paper
Sources of Error in Mapping
Index