The Engineer


Book Description










Bridge Management


Book Description

This volume consists of papers presented at the First International Conference on Bridge Management, held at The University of Surrey, Guildford, UK, from 28-30 March 1990.




The High Girders


Book Description

'A tale of irresponsibility and inexperience' THE TIMES 'Graphically written with a sense of dramatic construction' SCOTSMAN On December 28th 1879, the night of the Great Storm, the Tay Bridge collapsed, along with the train that was crossing, and everyone on board... This is the true story of that disastrous night, told from multiple viewpoints: The station master waiting for the train to arrive - who sees the approaching lights simply vanish. The bored young boys watching from their bedroom window who witness the disaster. The dreamer who designed the bridge which eventually destroyed him. The old highlanders who professed the bridge doomed from the outset. The young woman on the ill-fated train, carrying a love letter from the man she hoped to marry... THE HIGH GIRDERS is a vivid, dramatic reconstruction of the ill-omened man-made catastrophe of the Tay Bridge disaster - and its grim aftermath.




Tay Bridge Disaster


Book Description

One hundred and thirty-five years after the event, the Tay Bridge Disaster remains the single most catastrophic collapse of a British engineering structure. The fateful day in 1879 shook Britain and the world of engineering to their core and sent a nation into mourning for the seventy-five souls lost to the dark, freezing waters of the Tay River. Here Lumley gives the collapse a much wider perspective than the event of one night by delving into the lives of those lost to the disaster, both passengers and railway workers, against a background of a wider Scottish history. Packed full of personal tales and with more technical appendices for those that wish to further their technical knowledge, The Tay Bridge Disaster is a must read for anyone interested in this poignant event of Scottish and British history.







Bridges and Men


Book Description

Since human time first began, men have needed to cross streams and valleys, span chasms and torrents—and have found ways of getting to the other side. In this sweeping historic survey, Joseph Gies, author of Adventure Underground: The Story of the World’s Great Tunnels, recounts for our pleasure the history of bridges through the ages. From the first vines thrown across small streams to the Verrazano-Narrows Bridge across the entrance to New York Harbor and to plans for possible bridges across the English Channel and the Straits of Messina, Mr. Gies interests us in the men who dreamed bridges and built them; in the terrible catastrophes of bridges that collapsed—including that across the First of Tay and “Galloping Gertie” across the Tacoma Narrows; in painters and poets and novelists who have found their inspiration in or on bridges. In large part, that is, BRIDGES AND MEN is about practical visionaries who combined the genius of engineers and architects, the talents of propagandists and business men: The Bridge Brothers, who built the world-faced Pont d’Avignon; Jean-Rodolphe Perronet, who built the Pont de la Concorde; john Rennie, the Scottish farmer boy who built New London Bridge; George and Robert Stephenson, who invented the railroad and railroad bridge; and Thomas Telford, who bridged the ocean at Menai Strait.







Structural Iron and Steel, 1850–1900


Book Description

This volume covers the second great period of developments in iron construction from 1850, following its establishment as a structural material described in volume 9 of this series. Using the Crystal Palace of 1851 as a starting-point, the papers trace the history of iron-frame construction in Britain, France and America, and show its importance in fireproof construction, and in lattice truss and arch bridge design. A final group of papers illustrates the emergence of steel in framed buildings in both Britain and America. The selection brings out the important and daring contribution of individual engineers in their use of this material.