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This book is suitable for the first undergraduate course in construction surveying offered by the college or university. This book was written due to the lack of a suitable textbook in print to guide student study. Many existing textbooks on the subject of construction surveying are unsuitable due to their emphasis on elementary surveying or the lack of mathematical development of important concepts.
The first chapter is perhaps the most important as it covers coordinate geometry. It will facilitate the ability to perform survey computations with pencil and calculator. This chapter details the survey operations of the forward, inverse, line-line intersection, line-circle intersection, and circle-circle intersection. The subject of computation error is explored with a discussion of round-off error, the translation of large coordinates, the arbitrary nature of the sine law, and strength of figure.
Chapters Two through Nine cover the subjects of route alignment, horizontal circular curves, spiral curves, vertical curves, vertical curve fitting, route design elements, cross-sections and volumes, and slope staking. Chapters Five and Six on vertical curves present the relationships of the elevation, grade, and rate of change curves. These relationships can be used to facilitate vertical curve fitting.
Chapter Ten treats construction control from the perspective of the requirement for a geodetic tie and the use of the Global Positioning System (GPS).
Chapter Eleven provides new material on large-scale topographic survey design. The focus is on the needs of the field crew in conducting site surveys for the production of precise large-scale topographic maps.
This book has been used to teach the construction surveying course at Troy University since 2003, and is now the standard for the four year degree program for the State of Nevada at Great Basin College in Elko, Nevada.