Liverpool's Lost Railway Heritage
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The Rainhill Trials The people who owned the Liverpool and Manchester railway didn’t know what sort of engines to use on their new railway so they decided to hold a competition where the winning locomotive would win £500 and if it was good enough, it would be used on the new railway. The competition was held at Rainhill in October 1829. The locomotives would have to run up and down the track at Rainhill twenty times and because the owners were afraid that heavy locomotives would break the rails, no heavy engines would be allowed. Ten locomotives entered the competition but only five turned up and two of those broke down. The rocket, built by George Stephenson and his son Robert, won the competition and it was decided that the Rocket would be used on the new Liverpool and Manchester Railway. The Liverpool and Manchester railway opened in September 1830. Many important people were at the opening ceremony and there was a procession of eight locomotives including The Northumbrian, The Rocket, The North Star and The Phoenix. After the group of special visitors were given a ride on the Northumbrian, William Huskisson, one of Liverpool’s MPs crossed from his own carriage to speak to the Duke of Wellington. People shouted to warn him when they realised that the Rocket which was being driven by Joseph Locke, was about to pass the Northumbrian. Huskisson was unable to escape and was knocked down by Rocket and one of his legs was badly injured and torn. A doctor tried to stop the bleeding but couldn’t so George Stephenson, Robert Stephenson’s father used the Northumbrian to take him to hospital. -
St.Helens Local Plan Core Strategy Adopted by St.Helens Council on 31St October 2012
LDF43E LocalSt.Helens Development Local Plan Framework CCoreore StrategyStrategy PublicationOctober 2012 Version – May 2009 St.Helens Local Plan Core Strategy Adopted by St.Helens Council on 31st October 2012. St.Helens Local Plan Core Strategy Foreword Foreword from St.Helens Local Strategic Partnership and the Cabinet Member for iii Urban Regeneration, Housing and Culture How to Use this Document v Introduction 1 Introduction 2 St.Helens Now 2 Context 14 3 Issues, Problems and Challenges 22 St.Helens in 2027 4 St.Helens in 2027 28 Regenerating St.Helens 5 The Key Diagram 36 6 Overall Spatial Strategy 38 7 St.Helens Core Area 48 8 St.Helens Central Spatial Area 54 9 Newton-le-Willows and Earlestown 62 10 Haydock and Blackbrook 78 11 Rural St.Helens 84 Achieving the Vision 12 Ensuring Quality Development in St.Helens 90 13 Creating an Accessible St.Helens 96 14 Providing Quality Housing in St.Helens 104 15 Ensuring a Strong and Sustainable St.Helens Economy 118 16 Safeguarding and Enhancing Quality of Life in St.Helens 126 17 Minerals and Waste 140 Appendices 1 Appendix 1: Delivery and Monitoring Strategy 146 2 Appendix 2: Bibliography 170 3 Appendix 3: Glossary of Terms 178 4 Appendix 4: Saved UDP policies to be replaced by the Core Strategy 192 St.Helens Local Development Framework St.Helens Local Plan Core Strategy Policies Policy CSS 1 Overall Spatial Strategy 38 Policy CIN 1 Meeting St.Helens' Infrastructure Needs 43 Policy CSD 1 National Planning Policy Framework - Presumption in Favour 44 of Sustainable Development Policy CAS 1 -
FNL Annual Report 2018
Friends of the National Libraries 1 CONTENTS Administrative Information 2 Annual Report for 2018 4 Acquisitions by Gift and Purchase 10 Grants for Digitisation and Open Access 100 Address by Lord Egremont 106 Trustees’ Report 116 Financial Statements 132 2 Friends of the National Libraries Administrative Information Friends of the National Libraries PO Box 4291, Reading, Berkshire RG8 9JA Founded 1931 | Registered Charity Number: 313020 www.friendsofnationallibraries.org.uk [email protected] Royal Patron: HRH The Prince of Wales Chairman of Trustees: to June 28th 2018: The Lord Egremont, DL, FSA, FRSL from June 28th 2018: Mr Geordie Greig Honorary Treasurer and Trustee: Mr Charles Sebag-Montefiore, FSA, FCA Honorary Secretary: Dr Frances Harris, FSA, FRHistS (to June 28th 2018) Membership Accountant: Mr Paul Celerier, FCA Secretary: Mrs Nell Hoare, MBE FSA (from June 28th 2018) Administrative Information 3 Trustees Scottish Representative Dr Iain Brown, FSA, FRSE Ex-officio Dr Jessica Gardner General Council University Librarian, University of Cambridge Mr Philip Ziegler, CVO Dr Kristian Jensen, FSA Sir Tom Stoppard, OM, CBE Head of Arts and Humanities, British Library Ms Isobel Hunter Independent Auditors Secretary, Historical Manuscripts Commission Knox Cropper, 65 Leadenhall Street, London EC3A 2AD (to 28th February 2018) Roland Keating Investment Advisers Chief Executive, British Library Cazenove Capital Management Dr Richard Ovenden London Wall Place, London EC2Y 5AU Bodley’s Librarian, Bodleian Libraries Dr John Scally Principal -
Normanhurst and the Brassey Family
NORMANHURST AND THE BRASSEY FAMILY Today, perhaps, it is only architects whose names live with their engineered creations. Those who build bridges, roads and railways are hidden within the corporations responsible, but in the nineteenth century they could be national heroes. They could certainly amass considerable wealth, even if they faced remarkable risks in obtaining it. One of the – perhaps the greatest – was the first Thomas Brassey. Brassey was probably the most successful of the contractors, was called a European power, through whose accounts more flowed in a year than through the treasuries of a dozen duchies and principalities, but he was such a power only with his navvies. Brassey's work took him and his railway business across the world, from France to Spain, Italy, Norway, what is now Poland, the Crimea, Canada, Australia, India and South America, quite apart from major works in the UK. His non-railway work was also impressive: docks, factories and part of Bazalgette's colossal sewerage and embankment project in London that gave us, among more important things, the Victoria and Albert Embankments, new streets and to some extent the District and Circle Lines. By 1870 he had built one mile in every twenty across the world, and in every inhabited continent. When he died at the (Royal) Victoria Hotel at St Leonards on 8 December 1870 Brassey left close to £3,200,000, a quite enormous sum that in today's terms would probably have been over a thousand million. He had been through some serious scares when his contracts had not yielded what he had expected, and in the bank crisis of 1866, but he had survived Thomas Brassey, contractor (or probably it his son Thomas) to build the colossal country house of Normanhurst Court in the parish of Catsfield. -
Part 3 of the Bibliography Catalogue
Bibliography - L&NWR Society Periodicals Part 3 - Railway Magazine Registered Charity - L&NWRSociety No. 1110210 Copyright LNWR Society 2012 Title Year Volume Page Railway Magazine Photos. Junction at Craven Arms Photos. Tyne-Mersey Power. Lime Street, Diggle 138 Why and Wherefore. Soho Road station 465 Recent Work by British Express Locomotives Inc. Photo. 2-4-0 No.419 Zillah 1897 01/07 20 Some Racing Runs and Trial Trips. 1. The Race to Edinburgh 1888 - The Last Day 1897 01/07 39 What Our Railways are Doing. Presentation to F.Harrison from Guards 1897 01/07 90 What Our Railways are Doing. Trains over 50 mph 1897 01/07 90 Pertinent Paragraphs. Jubilee of 'Cornwall' 1897 01/07 94 Engine Drivers and their Duties by C.J.Bowen Cooke. Describes Rugby with photos at the 1897 01/08 113 Photo.shed. 'Queen Empress' on corridor dining train 1897 01/08 133 Some Railway Myths. Inc The Bloomers, with photo and Precedent 1897 01/08 160 Petroleum Fuel for Locomotives. Inc 0-4-0WT photo. 1897 01/08 170 What The Railways are Doing. Services to Greenore. 1897 01/08 183 Pertinent Paragraphs. 'Jubilee' class 1897 01/08 187 Pertinent Paragraphs. List of 100 mile runs without a stop 1897 01/08 190 Interview Sir F.Harrison. Gen.Manager .Inc photos F.Harrison, Lord Stalbridge,F.Ree, 1897 01/09 193 TheR.Turnbull Euston Audit Office. J.Partington Chief of Audit Dept.LNW. Inc photos. 1897 01/09 245 24 Hours at a Railway Junction. Willesden (V.L.Whitchurch) 1897 01/09 263 What The Railways are Doing. -
Survey of London © English Heritage 2012 1 DRAFT
DRAFT INTRODUCTION Shortly before his death in 1965 Herbert Morrison, former leader of the London County Council and Cabinet minister, looked back across a distinguished London life to the place where he had launched his career: ‘Woolwich has got a character of its own’ he reflected. ‘It doesn’t quite feel that it’s part of London. It feels it’s a town, almost a provincial town.’1 Woolwich was then at a cusp. Ahead lay devastating losses, of municipal identity when the Metropolitan Borough of Woolwich became a part of the London Borough of Greenwich, and of great manufacturing industries, so causing employment and prosperity to tumble. Fortunately for Morrison, he did not witness the fall. His Woolwich was a place that through more than four centuries had proudly anchored the nation’s navy and military and acquired a centrifugal dynamic of its own. All the while it was also a satellite of London. When metropolitan boundaries were defined in 1888 they were contorted to embrace an unmistakably urban Woolwich. Woolwich attracted early settlement and river crossings because the physical geography of the Thames basin made the locality unusually accessible. Henry VIII’s decision in 1512 to make great warships here cast the dice for the special nature of subsequent development. By the 1720s Woolwich had long been, as Daniel Defoe put it, ‘wholly taken up by, and in a manner raised from, the yards, and public works, erected there for the public service’.2 Dockyard, ordnance and artillery was the local lexicon. Arsenal was added to that in 1805. -
Publications Robert Stephenson – Engineer & Scientist
The Robert Stephenson Trust – Publications Robert Stephenson – Engineer & Scientist – The Making of a Prodigy by Victoria Haworth 185 x 285 90pp ISBN 0 9535 1621 0 Softback £9.95 postage & packing £1.50 The work of Robert Stephenson has always been overshadowed by that of his father George and the author attempts to lay to rest the confusion that various myths have created. The book highlights Robert’s formative years and his major contribution to the development of the steam locomotive design, including notable locomotives such as Rocket, Planet and Patentee . The factory in Newcastle, which bears his name, not only produced these machines but trained talents in abundance, changing the face of civilisation. Also included is a chronology of the main events in his life. Robert Stephenson: Railway Engineer by John Addyman & Victoria Haworth A4 195pp ISBN 1 873513 60 7 Hardback £19.95 postage & packing £5.00 This biography seeks to return Robert Stephenson to his rightful position as the pre-eminent engineer of the Railway Age. The book surveys the whole range of his railway work and aims to correct the imbalance due to Smiles who credited most of Robert’s early work to his father George. All aspects of his work are covered, from very important locomotive development to railway building and consultancy around the world. Fully referenced primary sources and well reproduced lithographs, drawings and other art work complement this essential reference book. The High Level Bridge and Newcastle Central Station by John Addyman and Bill Fawcett A4 152pp ISBN 1 873513 28 3 Softback £9.95 postage & packing £3.00 This book recognises the 150 th anniversaries of the opening of the High Level Bridge and the Central Station. -
Gladstone and the Bank of England: a Study in Mid-Victorian Finance, 1833-1866
GLADSTONE AND THE BANK OF ENGLAND: A STUDY IN MID-VICTORIAN FINANCE, 1833-1866 Patricia Caernarv en-Smith, B.A. Thesis Prepared for the Degree of MASTER OF ARTS UNIVERSITY OF NORTH TEXAS May 2007 APPROVED: Denis Paz, Major Professor Adrian Lewis, Committee Member and Chair of the Department of History Laura Stern, Committee Member Sandra L. Terrell, Dean of the Robert B. Toulouse School of Graduate Studies Caernarven-Smith, Patricia. Gladstone and the Bank of England: A Study in Mid- Victorian Finance, 1833-1866. Master of Arts (History), May 2007, 378 pp., 11 tables, bibliography, 275 titles. The topic of this thesis is the confrontations between William Gladstone and the Bank of England. These confrontations have remained a mystery to authors who noted them, but have generally been ignored by others. This thesis demonstrates that Gladstone’s measures taken against the Bank were reasonable, intelligent, and important for the development of nineteenth-century British government finance. To accomplish this task, this thesis refutes the opinions of three twentieth-century authors who have claimed that many of Gladstone’s measures, as well as his reading, were irrational, ridiculous, and impolitic. My primary sources include the Gladstone Diaries, with special attention to a little-used source, Volume 14, the indexes to the Diaries. The day-to-day Diaries and the indexes show how much Gladstone read about financial matters, and suggest that his actions were based to a large extent upon his reading. In addition, I have used Hansard’s Parliamentary Debates and nineteenth-century periodicals and books on banking and finance to understand the political and economic debates of the time. -
Boiler Feed Water Treatment
Boiler Feed Water Treatment: A case Study Of Dr. Mohamod Shareef Thermal Power Station, Khartoum State, Sudan Motawakel Sayed Osman Mohammed Ahmed B.Sc. (Honours) in Textile Engineering Technology University of Gezira (2006) A Dissertation Submitted to the University of Gezira in Partial Fulfillment of the Requirements for the Award of the Degree of Master of Science In Chemical Engineering Department of Applied Chemistry and Chemical Technology Faculty of Engineering and Technology University of Gezira January,2014 I Boiler Feed Water Treatment: A case Study Of Dr. Mohamod Shareef Thermal Power Station, Khartoum State, Sudan Motawakel Sayed Osman Mohammed Ahmed Supervision Committee: Name Position Signature Dr. Bshir Mohammed Elhassen Main Supervisor …………………. Dr. Mohammed Osman Babiker Co-supervisor ………………….. Date : January , 2014 II Boiler Feed Water Treatment: A case Study Of Dr. Mohamod Shareef Thermal Power Station, Khartoum State, Sudan Motawakel Sayed Osman Mohammed Ahmed Examination Committee: Name Position Signature Dr. Bshir Mohammed Elhassen Chair Person ……………… Dr.Bahaaeldeen Siddig Mohammed External Examiner ………………… Dr. Mustafa Ohag Mohammed Internal Examiner ………………… Date of Examination : 6. January.2014 III Dedication This research is affectionately dedicated to the souls of my parents , To my family With gratitude and love To whom ever love knowledge I Acknowledgment I would like to thank Dr. Basher Mohammed Elhassan the main Supervisor for his guidance and help. my thank also extended to Dr. Mohammed Osman Babiker my Co-supervisor for his great help. my thanks also extended to Chemical Engineers in Dr. Mohamod Sharef Thermal Power Station. II Boiler Feed Water Treatment: A case Study Of Dr. Mohamod Sharef Thermal Power Station, Khartoum State, Sudan Motawakel Sayed Osman Mohammed Ahmed Abstract A boiler is an enclosed vessel that provides a means for combustion heat to be transferred to water until it becomes heated water or steam. -
Lesson Plan Created by Tina Corri on Behalf of Sunderland Culture
Lesson plan created by Tina Corri on behalf of Sunderland Culture STEAM Teachers Notes and Lesson Plans for KS2/KS3 Teachers STEAM Teachers Notes and Lesson Plans for KS2/KS3 Teachers Welcome to Sunderland Culture’s Cultural Toolkit for STEAM activities! This resource contains notes and lesson plans linking to STEAM education. They are created for KS2 and KS3 teachers, and are editable. They are designed to be easy to use, adaptable and creative - ready to plug in and play. The activities have been developed in partnership with teachers, and take Sunderland’s people and places as their inspiration. Teacher Notes - Introduction to STEAM What is STEAM? STEAM stands for Science, TechnologyWelcome, Engineering to Sunderland, Art and Maths. By placing art at theCulture’s heart of STEM Cultural Toolkit education, it recognises the vitalfor role STEAM of the arts activities!and This resource contains notes and lesson plans linking creativity in scientific discoveries,to STEAM inno education.vative design, They are createdand for KS2 and KS3 ground-breaking engineering. teachers, and are editable. They are designed to be easy to use, adaptable and creative - ready to plug in and play. The activities STEAM education explores whahavet happens been developed when in ypartnershipou combine with teachers,these different subjects together and take Sunderland’s people and places as their as a way to explore real-world situainspiration.tions and challenges. It is an approach which encourages invention and curiosity throughTeacher creative, Noteshands-on - Introductionand experimen tot STEAMal learning. At the core of STEAM education are two key concepts: What is STEAM? STEAM stands for Science, Technology, Engineering, Art and Maths. -
John Rennie – Civil Engineer
/~4 k~ Ldt,1M, lh-cAAVN "~a-tGt /t/8/.201) JOHN RENNIE (1761-1821) F.R.S.E., F.R.S. CIVIL ENGINEER Contemporary biographical notices reprinted on the 250th anniversary of his birth selected and edited by Professor Roland Paxton MBE FICE FRSE SCHOOL OF THE BUILT ENVIRONMENT HERIOT-WATT UNIVERSITY 7th JUNE 2011 Rennie's first major road bridge at Kelso. Designed 1798, built 1802-05 with five elliptical spans of72 ft. Similar in elevation to his Waterloo Bridge, London 1811-17 with 9 main spans of 120 ft. CONTENTS Notices in or by: The Times, 1821. 4 Baron Charles Dupin, 1821. 5 The Scotsman, 1821 9 [Sir] John Barrow, 1824, 1842. 13 [Sir] David Brewster, c.1825, 1830. 18 John Gorton (ed.), 1830. 22 Michael A. Borthwick, Trans. ICE, 1837. 23 Rennie's magnificent London Bridge designed in 1820 with a centre arch of 152 ft span. Progressed posthumously to completion in 1831 by his sons, cost c.£2.Sm. It lasted until 1968 when it was sold and dismantled. By 1971 its facings formed part of a re-build at Havasu City, Arizona. This engraving, from a drawing by A. Pugin is dated 1831. 2 PREFACE The purpose of this publication is to provide a contemporary impression of the life and work of the eminent civil engineer John Rennie FRSE [1788] & L [1798] to complement lectures, and exhibitions in Dunbar and London, commemorating the 250th anniversary of his birth on 7th June. To this end, these seven biographical notices have been selected, the first being notable for its depiction of the grandeur of Rennie's funeral at St Paul's Cathedral in 1821. -
Passenger Rail (Edited from Wikipedia)
Passenger Rail (Edited from Wikipedia) SUMMARY A passenger train travels between stations where passengers may embark and disembark. The oversight of the train is the duty of a guard/train manager/conductor. Passenger trains are part of public transport and often make up the stem of the service, with buses feeding to stations. Passenger trains provide long-distance intercity travel, daily commuter trips, or local urban transit services. They even include a diversity of vehicles, operating speeds, right-of-way requirements, and service frequency. Passenger trains usually can be divided into two operations: intercity railway and intracity transit. Whereas as intercity railway involve higher speeds, longer routes, and lower frequency (usually scheduled), intracity transit involves lower speeds, shorter routes, and higher frequency (especially during peak hours). Intercity trains are long-haul trains that operate with few stops between cities. Trains typically have amenities such as a dining car. Some lines also provide over-night services with sleeping cars. Some long-haul trains have been given a specific name. Regional trains are medium distance trains that connect cities with outlying, surrounding areas, or provide a regional service, making more stops and having lower speeds. Commuter trains serve suburbs of urban areas, providing a daily commuting service. Airport rail links provide quick access from city centers to airports. High-speed rail are special inter-city trains that operate at much higher speeds than conventional railways, the limit being regarded at 120 to 200 mph. High-speed trains are used mostly for long-haul service and most systems are in Western Europe and East Asia.