Between 1750 and 1850 the British landscape was transformed by a transport revolution which involved engineering works on a scale not seen in Europe since Roman times. While the economic background of the canal and railway ages are relatively well known and many histories have been written about the locomotives which ran on the railways, relatively little has been published on how the engineering works themselves were made possible. This book brings together a series of papers which seek to answer the questions of how canals and railways were built, how the engineers responsible organised the works, how they were designed and what the role of the contractors was in the process.

To the early railway traveller, the prospect of travelling to places in hours rather than days hitherto was an inviting prospect, however a journey was not without its fears as well as excitement. To some, the prospect of travelling through a tunnel without carriage lighting, with smoke permeating the compartment and the confined noise was a horror of the new age. What might happen if we broke down or crashed into another train in the darkness? To others it was exciting, with the light from the footplate flickering against the tunnel walls or spotting the occasional glimpses of light from a ventilation shaft. To the directors of early railway companies, planning a route was governed by expense and the most direct way. Avoiding hills could add miles but tunnelling through them could involve vast expense as the Great Western Railway found at Box and the London and Birmingham at Kilsby. Creating a cutting as an alternative was also costly not only in labour and time, but also in compensation for landowners, who opposed railways on visual and social grounds having seen their land divided by canals. Construction involved millions of bricks or blocks of stone for sufficiently thick walls to withstand collapse. However, the entrance barely seen from the carriage window might be an impressive Italianate arch as at Primrose Hill, or a castellated portal worthy of the Middle Ages as at Bramhope. This book sets out to tell the story of tunnelling in Britain up to about 1870, when it was a question of burrowing through earth and rock with spade and explosive powder, with the constant danger of collapse or flooding leading to injury and death. It uses contemporary accounts, from the dangers of railway travel by Dickens to the excitement of being drawn through the Liverpool Wapping Tunnel by the young composer Mendelssoln. It includes descriptions from early railway company guide books, newspapers and diaries. It also includes numerous photographs and colored architectural elevations from railway archives.

This book deals with the period when iron became the dominant ’high-technology’ material, increasingly taking over from timber and masonry. It was necessary for the engines and machines of the new industries, but equally vital for the vast civil engineering works which supported this industrialisation. It was these works - mills, warehouses, dockyards, and above all bridges - which so impressed the public in the early 19th century. The papers selected here trace the evolving structural uses of cast and wrought iron in frames and roofs for buildings, and look in particular at the development of bridge design and construction, in America, France, and Russia, as well as in Britain. They cover the processes of design and testing, and at the same time throw much light on the attitudes and careers of the engineers themselves.

This volume presents 50 peer-reviewed papers presented at the Sixth Annual Conference of the Construction History Society held at Queens' College Cambridge from 5-7 April 2019 which cover a wide variety of topics on aspects of construction history with a section devoted entirely to papers on water engineering.

The importance of design has often been neglected in studies considering the history of structural and civil engineering. Yet design is a key aspect of all building and engineering work. This volume brings together a range of articles which focus on the role of design in engineering. It opens by considering the principles of design, then deals with the application of these to particular subjects including bridges, canals, dams and buildings (from Gothic cathedrals to Victorian mills) constructed using masonry, timber, cast and wrought iron.

This is the first history of the British railway system written from a modern economic perspective. It uses conterfactual analysis to construct an alternative network to represent the most efficient alternative rail network that could have been constructed given what was known at the time - the first time this has been done.