The Anatomy of Bridgework

audiobook

The Anatomy of Bridgework

by William Henry Thorpe

EN·~4 hours·20 chapters

Chapters

20 total
1

Please see the Transcriber’s Notes at the end of this text.

0:16
2

PREFACE

0:57
3

CHAPTER I. INTRODUCTION.

12:04
4

CHAPTER II. MAIN GIRDERS; PLATE-WEBS.

16:24
5

CHAPTER III. BRIDGE FLOORS.

23:18
6

CHAPTER IV. BRACING.

16:57
7

CHAPTER V. RIVETED CONNECTIONS.

24:47
8

CHAPTER VI. HIGH STRESS.

18:21
9

CHAPTER VII. DEFORMATIONS.

18:47
10

CHAPTER VIII. DEFLECTIONS.

19:59

Description

When you first turn to this compact guide, you’re greeted with a candid look at how early engineers tackled the unknowns of metallic bridges. The author draws on a century‑old reservoir of observations, showing how trial, error, and sheer intuition shaped the iron structures that still span rivers today. By weaving together real‑world case studies—many from modest, often overlooked spans—the book highlights the lessons that still matter to modern designers and maintenance crews.

Beyond history, the narrative dives into the practical side of bridge behavior, from bearing pressures and flange stresses to the stubborn faults that persist when design and upkeep drift apart. Illustrated throughout, the text makes technical nuances approachable, turning complex stress patterns into clear, visual explanations. Listeners will come away with a deeper appreciation for the hidden forces at work beneath every bridge deck and an understanding of why even small, seemingly simple structures demand careful engineering foresight.

Collections

Browse all

Details

Language

en

Duration

~4 hours (283K characters)

Publisher of text edition

Project Gutenberg

Credits

Produced by Chris Curnow, Harry Lamé and the Online Distributed Proofreading Team at http://www.pgdp.net (This file was produced from images generously made available by The Internet Archive)

Release date

2013-12-06

Rights

Public domain in the USA.

Subjects

About the author

WH

William Henry Thorpe

Known for a practical early-20th-century study of how bridges age and fail, this engineer wrote with the clear eye of someone interested in real structures, not just theory. His surviving work is especially valuable to readers curious about maintenance, defects, and the lessons hidden in old bridgework.

View all books

You may also like