Grace's Guide To British Industrial History

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Grace's Guide is the leading source of historical information on industry and manufacturing in Britain. This web publication contains 162,256 pages of information and 244,497 images on early companies, their products and the people who designed and built them.

Grace's Guide is the leading source of historical information on industry and manufacturing in Britain. This web publication contains 147,919 pages of information and 233,587 images on early companies, their products and the people who designed and built them.

Difference between revisions of "Marlow Bridge"

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The only suspension bridge over the non-tidal section of the River Thames
The only suspension bridge over the non-tidal section of the River Thames


Marlow Bridge is a road traffic and foot bridge over the River Thames in England between the town of Marlow, Buckinghamshire and the village of Bisham in Berkshire. It crosses the Thames just upstream of Marlow Lock, on the reach to Temple Lock.
Marlow Bridge is a road traffic and foot bridge over the River Thames between the town of Marlow, Buckinghamshire and the village of Bisham in Berkshire. It crosses the Thames just upstream of Marlow Lock, on the reach to Temple Lock.
 
There has been a bridge on the site since the reign of King Edward III which was stated in around 1530 to have been of timber. In 1642 this bridge was partly destroyed by the parliamentary army. In 1789 a new timber bridge was built by public subscription with a contribution from the Thames Navigation Commission to increase the headroom underneath.<ref>[http://en.wikipedia.org/wiki/Marlow_Bridge] Wikipedia</ref>
 
The original suspension bridge design, by [[John Millington]], had two pairs of cast iron towers on stone pedestals. One source states that the chain links were to be wrought iron rods 10 ft long and 2" diameter.
 
Millington laid the first stone on 22nd September 1829, but his work came in for criticism, and he relinquished his position.  


There has been a bridge on the site since the reign of King Edward III which was stated in around 1530 to have been of timber. In 1642 this bridge was partly destroyed by the parliamentary army. In 1789 a new timber bridge was built by public subscription with a contribution from the Thames Navigation Commission to increase the headroom underneath.
[[William Tierney Clark]] was appointed to complete the bridge. He made significant design changes including all-masonry piers instead of cast iron and masonry. The chains and structure designed by [[Samuel Brown (Captain)|Samuel Brown]]. [Where is the evidence for this?]


The current suspension bridge was designed by [[William Tierney Clark]], with chains and structure designed by [[Samuel Brown (Captain)|Samuel Brown]], and was built between 1829 and 1832, replacing a wooden bridge further downstream which collapsed in 1828.
The work was undertaken between 1829 and 1832.


The contractor for the stonework was Messrs Corby and Clifford of Marlow. [[William Hazledine]] supplied the ironwork. Strengthening work was carried out in 1860, mainly involving replacement of oak cross beams with iron girders, and renewing timber decking.<ref>'British Bridges' published by the Organising Committee of the Public Works, Roads and Transport Congress, 1933</ref>
The contractor for the stonework was Messrs Corby and Clifford of Marlow. [[William Hazledine]] supplied the ironwork. Hazledine and Clark were in dispute about the specified ironwork, which delayed completion by almost two years. It appears that Clark specified links of circular section, while Hazledine was only prepared to supply links of rectangular cross section. Clark eventually accepted Hazledine's proposals. This aspect of the project is discussed at length [https://etheses.bham.ac.uk/id/eprint/3358/1/Pattison12MPhil.pdf here] <ref>[https://etheses.bham.ac.uk/id/eprint/3358/1/Pattison12MPhil.pdf] 'WILLIAM HAZLEDINE, SHROPSHIRE IRONMASTER AND MILLWRIGHT: A RECONSTRUCTION OF HIS LIFE, AND HIS CONTRIBUTION TO THE DEVELOPMENT OF ENGINEERING, 1780 - 1840' by ANDREW PATTISON. A thesis submitted to the University of Birmingham for the degree of Master of Philosophy. Ironbridge Institute: Institute of Archaeology and Antiquity,
College of Arts and Law,
University of Birmingham, October 2011. p.163ff  </ref>
 
Clark went on to design the Széchenyi Chain Bridge (opened 1849), across the River Danube in Budapest, Hungary.
 
Strengthening work was carried out in 1860, mainly involving replacement of oak cross beams with riveted iron trusses, and renewing timber decking.<ref>'British Bridges' published by the Organising Committee of the Public Works, Roads and Transport Congress, 1933</ref>. The work was carried out by [[Easton, Amos and Sons]].
 
Over time the suspension chain ironwork in its anchorages corroded and several suspender rods fractured.
 
In 1962 it was decided to reconstruct the bridge for an increased weight capacity, but retaining its original appearance. The work was carried out in 1965-6, by consultants [[Rendel, Palmer and Tritton]], [[Horseley Bridge and Thomas Piggott]] Ltd, and sub-contractor Aubrey Watson Ltd. Steel suspension chains, suspender rods, and a steel deck were installed. The original wrought iron work was retained where possible.
 
New bearings were installed where the chains pass over the piers. See [https://www.icevirtuallibrary.com/doi/pdf/10.1680/iicep.1968.8179 here] for information on the ill-conceived roller bearings for the chains. The ruling section of the chains is 35mm wide and 65mm deep. The new chains were raised 3" at mid span.
 
For much more information on the history of the bridge and details of its repairs, see [http://www.engineering-timelines.com/scripts/engineeringItem.asp?id=1493 here] <ref>[http://www.engineering-timelines.com/scripts/engineeringItem.asp?id=1493] Engineering Timelines website: Marlow Bridge</ref>


==Contemporary References to Bridge==
==Contemporary References to Bridge==
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1829 First stone laid on 22 September, by Mr Millington, Engineer<ref>Berkshire Chronicle - Saturday 26 September 1829</ref>
1829 First stone laid on 22 September, by Mr Millington, Engineer<ref>Berkshire Chronicle - Saturday 26 September 1829</ref>


1830 'We see, by the account of the Sessions held at Aylesbury, that some strong allusions were made to the late abortive attempt on the part of Mr. Millington. to build a suspension bridge, at Marlow. We should much like to have these observations before the public, and likewise to know, whether those Magistrates who so ''well knew'', and so strongly recommended Mr. Millington, are not in some degree ''morally'', not legally, accountable, for the enormous expence und shameful delay the ignorance of this ''ci-devant'' engineer has caused the county of Bucks. We owe, in common with many others, a debt of justice to Mr. Francis, of Marlow, for his bold and fearless attempt to unmask the pretensions of our Trans-atlantic engineer, and showing to the public the value of claims, which had not one atom of sound science to support them. The building of the bridge is now under the direction of Mr. Tierney Clark, who erected Hammersmith suspension bridge; and we have now every reason to hope the intended bridge at Marlow will be speedily and effectually completed.'<ref>Bucks Gazette - Saturday 23 January 1830</ref>
1830 'We see, by the account of the Sessions held at Aylesbury, that some strong allusions were made to the late abortive attempt on the part of Mr. Millington to build a suspension bridge, at Marlow. We should much like to have these observations before the public, and likewise to know, whether those Magistrates who so ''well knew'', and so strongly recommended Mr. Millington, are not in some degree ''morally'', if not legally, accountable, for the enormous expence and shameful delay the ignorance of this ''ci-devant'' engineer has caused the county of Bucks. We owe, in common with many others, a debt of justice to Mr. Francis, of Marlow, for his bold and fearless attempt to unmask the pretensions of our Trans-atlantic engineer, and showing to the public the value of claims, which had not one atom of sound science to support them. The building of the bridge is now under the direction of Mr. Tierney Clark, who erected Hammersmith suspension bridge; and we have now every reason to hope the intended bridge at Marlow will be speedily and effectually completed.'<ref>Bucks Gazette - Saturday 23 January 1830</ref>


Note: Mr Millington was [[John Millington]], sometimes referred to as Professor Millington.
Note: Mr Millington was [[John Millington]], sometimes referred to as Professor Millington.
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1832 'Some hope is at length entertained of the completion of Great Marlow Suspension Bridge. Mr. Tierney Clark has surmounted the obstacle opposed to him by the contract entered into by his predecessor for the iron chains, and has obtained them properly adapted his purpose......'<ref>Reading Mercury - Monday 12 March 1832</ref>
1832 'Some hope is at length entertained of the completion of Great Marlow Suspension Bridge. Mr. Tierney Clark has surmounted the obstacle opposed to him by the contract entered into by his predecessor for the iron chains, and has obtained them properly adapted his purpose......'<ref>Reading Mercury - Monday 12 March 1832</ref>


1832 Advert (original spelling):'To be Sold by Private Contract, THE Bars of WROUGHT IRON LINKS, used in erecting Marlow Suspension Chain Bridge, containing 220 links, 10 feet long, 2 inches deep, by 1/2 inch and 3/8 inch thick, width 82 screw pins and burs to ditto, weighing upwards of four tons, made of the best hammered iron. May be seen by applying to Mr. W. Shuttle, on the premises.'<ref>Reading Mercury - Monday 23 April 1832</ref>
1832 Advert (original spelling):'To be Sold by Private Contract, THE Bars of WROUGHT IRON LINKS, used in erecting Marlow Suspension Chain Bridge, containing 220 links, 10 feet long, 2 inches deep, by 1/2 inch and 3/8 inch thick, width 82 screw pins and burs to ditto, weighing upwards of four tons, made of the best hammered iron. May be seen by applying to Mr. W. Shuttle, on the premises.'<ref>Reading Mercury - Monday 23 April 1832</ref>. The bridge in its current form has just over 600 links, and it would be interesting to know how the 220 slender links were used during construction.


1860 Advertising for tenders for repairs involving the wrought iron lattice girders and all ironwork, and renewing the woodwork, roadway, fixing the railings, painting, etc. The contact for information was Messrs [[Easton and Amos|Easton, Amos, and Sons]] of Southwark<ref>Bucks Herald - Saturday 14 April 1860</ref>
1860 Advertising for tenders for repairs involving the wrought iron lattice girders and all ironwork, and renewing the woodwork, roadway, fixing the railings, painting, etc. The contact for information was Messrs [[Easton and Amos|Easton, Amos, and Sons]] of Southwark<ref>Bucks Herald - Saturday 14 April 1860</ref>
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== Sources of Information ==
== Sources of Information ==
<references/>
<references/>
* [http://en.wikipedia.org/wiki/Marlow_Bridge] Wikipedia
 


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[[Category: Bridges and Viaducts]]
[[Category: Bridges and Viaducts]]
[[Category: Early Iron Bridges]]
[[Category: Early Iron Bridges]]
[[Category: Suspension Bridges]]
[[Category: Suspension Bridges - Chain Type]]
[[Category: Things to do - Buckinghamshire]]
[[Category: Things to do - Buckinghamshire]]

Revision as of 14:40, 22 October 2021

2021
JD 2021 Marlow 9.jpg
JD 2021 Marlow 5.jpg
JD 2021 Marlow 3.jpg
JD 2021 Marlow 2.jpg
JD 2021 Marlow 4.jpg
JD 2021 Marlow 7.jpg
JD 2021 Marlow 8.jpg
JD 2021 Marlow 6.jpg

The only suspension bridge over the non-tidal section of the River Thames

Marlow Bridge is a road traffic and foot bridge over the River Thames between the town of Marlow, Buckinghamshire and the village of Bisham in Berkshire. It crosses the Thames just upstream of Marlow Lock, on the reach to Temple Lock.

There has been a bridge on the site since the reign of King Edward III which was stated in around 1530 to have been of timber. In 1642 this bridge was partly destroyed by the parliamentary army. In 1789 a new timber bridge was built by public subscription with a contribution from the Thames Navigation Commission to increase the headroom underneath.[1]

The original suspension bridge design, by John Millington, had two pairs of cast iron towers on stone pedestals. One source states that the chain links were to be wrought iron rods 10 ft long and 2" diameter.

Millington laid the first stone on 22nd September 1829, but his work came in for criticism, and he relinquished his position.

William Tierney Clark was appointed to complete the bridge. He made significant design changes including all-masonry piers instead of cast iron and masonry. The chains and structure designed by Samuel Brown. [Where is the evidence for this?]

The work was undertaken between 1829 and 1832.

The contractor for the stonework was Messrs Corby and Clifford of Marlow. William Hazledine supplied the ironwork. Hazledine and Clark were in dispute about the specified ironwork, which delayed completion by almost two years. It appears that Clark specified links of circular section, while Hazledine was only prepared to supply links of rectangular cross section. Clark eventually accepted Hazledine's proposals. This aspect of the project is discussed at length here [2]

Clark went on to design the Széchenyi Chain Bridge (opened 1849), across the River Danube in Budapest, Hungary.

Strengthening work was carried out in 1860, mainly involving replacement of oak cross beams with riveted iron trusses, and renewing timber decking.[3]. The work was carried out by Easton, Amos and Sons.

Over time the suspension chain ironwork in its anchorages corroded and several suspender rods fractured.

In 1962 it was decided to reconstruct the bridge for an increased weight capacity, but retaining its original appearance. The work was carried out in 1965-6, by consultants Rendel, Palmer and Tritton, Horseley Bridge and Thomas Piggott Ltd, and sub-contractor Aubrey Watson Ltd. Steel suspension chains, suspender rods, and a steel deck were installed. The original wrought iron work was retained where possible.

New bearings were installed where the chains pass over the piers. See here for information on the ill-conceived roller bearings for the chains. The ruling section of the chains is 35mm wide and 65mm deep. The new chains were raised 3" at mid span.

For much more information on the history of the bridge and details of its repairs, see here [4]

Contemporary References to Bridge

1829 First stone laid on 22 September, by Mr Millington, Engineer[5]

1830 'We see, by the account of the Sessions held at Aylesbury, that some strong allusions were made to the late abortive attempt on the part of Mr. Millington to build a suspension bridge, at Marlow. We should much like to have these observations before the public, and likewise to know, whether those Magistrates who so well knew, and so strongly recommended Mr. Millington, are not in some degree morally, if not legally, accountable, for the enormous expence and shameful delay the ignorance of this ci-devant engineer has caused the county of Bucks. We owe, in common with many others, a debt of justice to Mr. Francis, of Marlow, for his bold and fearless attempt to unmask the pretensions of our Trans-atlantic engineer, and showing to the public the value of claims, which had not one atom of sound science to support them. The building of the bridge is now under the direction of Mr. Tierney Clark, who erected Hammersmith suspension bridge; and we have now every reason to hope the intended bridge at Marlow will be speedily and effectually completed.'[6]

Note: Mr Millington was John Millington, sometimes referred to as Professor Millington.

1832 'Some hope is at length entertained of the completion of Great Marlow Suspension Bridge. Mr. Tierney Clark has surmounted the obstacle opposed to him by the contract entered into by his predecessor for the iron chains, and has obtained them properly adapted his purpose......'[7]

1832 Advert (original spelling):'To be Sold by Private Contract, THE Bars of WROUGHT IRON LINKS, used in erecting Marlow Suspension Chain Bridge, containing 220 links, 10 feet long, 2 inches deep, by 1/2 inch and 3/8 inch thick, width 82 screw pins and burs to ditto, weighing upwards of four tons, made of the best hammered iron. May be seen by applying to Mr. W. Shuttle, on the premises.'[8]. The bridge in its current form has just over 600 links, and it would be interesting to know how the 220 slender links were used during construction.

1860 Advertising for tenders for repairs involving the wrought iron lattice girders and all ironwork, and renewing the woodwork, roadway, fixing the railings, painting, etc. The contact for information was Messrs Easton, Amos, and Sons of Southwark[9]

See Also

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Sources of Information

  1. [1] Wikipedia
  2. [2] 'WILLIAM HAZLEDINE, SHROPSHIRE IRONMASTER AND MILLWRIGHT: A RECONSTRUCTION OF HIS LIFE, AND HIS CONTRIBUTION TO THE DEVELOPMENT OF ENGINEERING, 1780 - 1840' by ANDREW PATTISON. A thesis submitted to the University of Birmingham for the degree of Master of Philosophy. Ironbridge Institute: Institute of Archaeology and Antiquity, College of Arts and Law, University of Birmingham, October 2011. p.163ff
  3. 'British Bridges' published by the Organising Committee of the Public Works, Roads and Transport Congress, 1933
  4. [3] Engineering Timelines website: Marlow Bridge
  5. Berkshire Chronicle - Saturday 26 September 1829
  6. Bucks Gazette - Saturday 23 January 1830
  7. Reading Mercury - Monday 12 March 1832
  8. Reading Mercury - Monday 23 April 1832
  9. Bucks Herald - Saturday 14 April 1860