ENGINEERING SIGN STRUCTURES: AN INTRODUCTION TO ANALYSIS AND DESIGN

Published by John Wiley & Sons and referenced in 1 Exam Prep’s professional engineering resources, Engineering Sign Structures: An Introduction to Analysis and Design provides a comprehensive overview of the analytical and structural principles governing the design of highway and commercial sign supports. This textbook aligns with exam domains established by the NCEES and CILB for structural and civil engineering license preparation. Covering topics such as wind load calculations, fatigue analysis, material behavior, and the AASHTO LRFD Sign Specifications, the book serves as a technical reference for candidates preparing for the Florida Professional Engineer (PE) Structural Exam and related contractor license evaluations offered through 1 Exam Prep’s engineering curriculum. Its detailed coverage of real-world case studies and design procedures supports both exam readiness and compliance with modern construction and safety codes.

This comprehensive text more than meets the demand within the sign industry for a book on the structural engineering of signs. Sign companies, structural engineers and public agencies charged with regulating building construction will all benefit from the detailed contents: engineering perspective, analysis, practices, history; load calculations for signs exposed to all types of environmental conditions; freestanding sign structures, load effects, resultants and columns; connections, structural bolts and welds, column splices, base plates and anchor bolts; footings for sign columns, soils, structural concrete, pier and spread footings; internal sign cabinet frames, cantilever arms and torsion beams; building signs, wall sign anchorage, wooden post signs; computer aided engineering, spreadsheets, and finite element analysis. The book also includes the fundamental mathematics for readers not already familiar with engineering calculations. With hundreds of figures, tables and equations, Engineering Sign Structures has become the standard reference for both the sign and structural engineering industries.

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