Showing 245 items
matching engineering - bridges
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Wangaratta RSL Sub Branch
Framed Map and Newspaper
Sketch Map of Bulldog-Wau Road New Guinea drawn to scale by 2/1 Aust Fd Coy dated 23.7.43 and signed by soldiers together with related newspaper article. Hand sketched by Peter Muncey VX10042 a Draughtsman who served in the Middle East Ceylon and New Guinea with the 2/2 and 2/1 Field Coy Royal Australian Engineers. The sketch contains 26 signatures including:- S/Sgt Raymond Hector Ibbotson NX14112 who served in the Middle East and New Guinea Lt Col Jack Graham Wilson NX 130646Bulldog Track also known as Bulldog-Wau road was longer, higher, steeper, wetter, colder and rougher than Kokoda Track. In 1943 Australian Army engineers; the 2/1 and 2/16 Field Company RAE, 9th Australian Field Company (AIF), veterans of Syria, Palestine, Egypt, Greece and Crete, the 1st and 3rd Australian Pack Transport Companies and local Papuan labour cut the road with pickaxes and dynamite over a period of eight months. During five months of operations over seventy per cent of the 2/1 Australian Field Company contracted malaria.Seventeen bridges were constructed; mostly single, but at least one with multiple spans. More than two thousand Australian army personnel and over two thousand Papuans and New Guineans were involved during nine months of construction. Thus the road, acclaimed as the greatest military engineering feat ever, was completed and for the only time in history motor vehicles crossed the high rugged mountains of Papua New Guinea. Carved brown timber frame with cream mount containing hand sketched map with soldiers signatures and two newspaper articles.Sketch Map of Bulldog-Wau Road 23.7.43 2/1 Aust Fd Coy Newspaper - Diggers pushed on with pick and shovelbulldog-wau road, map, new guinea, ww2 -
Hume City Civic Collection
Photograph, Pre 1989
The bluestone 'road over rail' bridge at Macedon Street is of state architectural, architectural, historical and engineering significance. It spans the first government regional railway. Its design and building was done according to strict English standards and made use of a bridge crossing instead of a level road crossing.A black and white photograph of a stone bridge with an eliptical arch spanning two rail tracks. A workman is standing between one set of tracks in the foreground and a railcart is next to the tracks. The station, footbridge and water tower are visible through the arch.road over rail bridge, bridges, sunbury railway station, water towers, pedestrian bridges, stone bridges, george evans collection -
Lakes Entrance Regional Historical Society (operating as Lakes Entrance History Centre & Museum)
Book, Gratton-Owen, Steven P, North Arm Bridge, 1998
Research, interpretation and recommended documentation of the original concrete bridge over the North Arm at Lakes Entrance, East Gippsland, Victoria, by Forestec student.bridges, roads and streets, civil engineering -
Lakes Entrance Regional Historical Society (operating as Lakes Entrance History Centre & Museum)
Photograph, 1900 c
Black and white photograph of the timber bridge over North Arm showing Club Hotel and guest houses facing front lake Lakes Entrance VictoriaFirst Wooden Bridge over North Armengineering, waterways, islands -
Lakes Entrance Regional Historical Society (operating as Lakes Entrance History Centre & Museum)
Book, Chambers, Don, Exploring the Gippsland Lakes in 1882, 2006
... Entrance gippsland Bridges Civil Engineering Made after National ...Made after National Trust was alerted to the threats to the state's wooden bridges. Tells the history, location and structural diversity of Victoria's extant timber bridges. Amply illustrated in both colour and black and white.bridges, civil engineering -
Rutherglen Historical Society
Photograph - Image, c1895
... ENGINEERING LANDMARK". john foord bridge bridges murray river ...The 'new' John Foord Bridge was built between1887 and 1895, and replaced an 1862 timber bridge constructed by a company involving John Foord. A plaque, placed on the bridge by the The Institution of Engineers, Australia names it as a "NATIONAL ENGINEERING LANDMARK". Black and white photograph of two bridges. One appearing below the span of the other. The bridge in the foreground has just been opened and the old wooden bridge, being demolished, is shown in the background.Written on back of photo: "John Foord Bridge, Wahgunyah. New & old"john foord bridge, bridges, murray river, wahgunyah, corowa -
Ballarat Heritage Services
Photograph - Photograph - Colour, Clare Gervasoni, Nimon's Bridge, 1999, 04/10/1999
Nimons Bridge was built in 1890, as part of the then Ballarat-Linton railway. The bridge is 17 spans with tall timber piers of four driven piles each, with triple sets of diagonal cross-bracing and walers and a single row of longitudinal horizontal bracing between piers. The spans are of a uniform twenty feet (6.1 metres), originally supported by four 21-inch x 9-inch (535 mm x 230 mm) Kauri timber beams per span, following the standard V.R. design of the period. When the superstructure was rebuilt after the 1953 fire, the timber beams were replaced with two 24-inch (610mm) deep rolled-steel-joists on each span. These are marked 'Lancashire Steel Co., Scotland' and are believed to have been second-hand. The deck of transverse-timber planks is 103.6 metres in length. Overall the bridge has an impressive appearance with its exceptionally tall triple-cross-braced piers creating a 'three-tiered' effect, with the deck 19.2 metres above the Woady Yaloak River. The Ballarat-Skipton line closed in 1985. Nimons Bridge has been recently restored, as part of the Ballarat-Skipton Rail Trail. How is it significant? Nimons Bridge is significant for technical, historic and aesthetic reasons at a State level. Why is it significant? Nimons Bridge is technically significant as Victoria's fourth-tallest timber trestle bridge when built, and as the third-tallest surviving example. It is also the second-largest composite bridge combining traditional timber piers with RSJ spans and a timber deck and falls within a select group of fewer than ten timber railway bridges with horizontal longitudinal bracing between the piers and three sets of double cross-bracing on its tallest piers, creating a visually striking 'three tiered' effect that enhances its viaduct form. Nimons Bridge is historically significant as having served initially the mining community at Linton, then the Western District agricultural area and in later years a kaolin quarry at Pittong. Nimons Bridge is historically significant as a representative of the 'light' branch line methodology that stimulated the explosion of railway construction in Victoria during the 1880s, and provides an interesting contrast with the more solid and vastly more expensive railway viaducts built in similar terrain on Victorian main lines, at Moorabool and Taradale, in the late 1850s. Approached by a deep cutting and high embankment at either end, the bridge represents a very cost-effective late 19th century engineering solution to the characteristic physiography of western Victoria with flat basalt plains intersected by deep wide valleys occasionally subject to severe flooding. Nimons Bridge is aesthetically significant for its visually impressive viaduct form, crossing a deep and steep-sided valley that is part of a rich cultural landscape. Within close proximity of the bridge are mullock dumps, tailings, shaft sites and other relics of the deep-lead alluvial mining era. The bridge is the most visually spectacular timber-trestle rail bridge in Western Victoria and is among the most spectacular timber-trestle rail bridges surviving anywhere in Victoria. It is part of the Ballarat-Skipton Rail Trail. Classified by the National Trust :02/10/2000 (http://vhd.heritagecouncil.vic.gov.au/places/67986)Colour photograph of a log bridge known as Nimon's Bridge.ballarat-linton, nimons bridge, nimon's bridge, log bridge, viaduct, timber-trestle rail bridge -
Dandenong/Cranbourne RSL Sub Branch
Badge - RAN Bridging Train Collar Badge, Circa 1914/15
... Dandenong melbourne The 1st Royal Australian Naval Bridging Train ...The 1st Royal Australian Naval Bridging Train (1st RANBT) was formed in Melbourne on 28 February 1915 and was intended to be a horse drawn engineering unit attached to the Royal Naval Division (RND), then serving as infantry on the Western Front. The term ‘train’, in its title, was a direct reference to the horse drawn wagons that would, in theory, form and move ‘in train’ to carry the unit’s heavy lumber, building materials and engineering equipment to the front. The unit was manned by members of the Royal Australian Naval Reserve for whom there were no available billets in seagoing RAN ships. Many of the sailors serving in the 1st RANBT were rated ‘drivers’, and again, this refers to wagon drivers as opposed to motor vehicle drivers. Other seamen were rated as ‘artificers’ or ‘sappers’, the latter being a military term traditionally used to describe army engineers. Appointed in command of the 1st RANBT was Lieutenant Commander Leighton Seymour Bracegirdle, RAN. Bracegirdle was ideally suited to command the unit, having seen active service with the NSW Naval Brigade during the Boxer Rebellion in China as well as serving as a military officer in the South African Irregular Horse during the Boer War in 1901. He had also recently returned from German New Guinea where he had served as a staff officer in the joint Australian Naval and Military Expeditionary Force (ANMEF) responsible for the capture of the German colonies in the Pacific in September 1914. Three hundred naval reservists, including 50 men who had recently served in New Guinea, were selected for the 1st RANBT and they began their training in horsemanship, engineering and pontoon bridging at the Domain in Melbourne. By late May 1915 a decision was made to send the unit to Britain to complete its training and then to join the RND on the Western Front. The plan, however, never eventuated. The complaints about the non-combatant work being done by the men had been raised in Federal Parliament and following consultation with the senior Australian officer in the Middle East, Lieutenant General Sir Harry Chauvel, a recommendation was made that the unit be disbanded and its men used as reinforcements for the AIF. Consequently, Lieutenant Commander Bracegirdle was advised that his unit was to be dispersed; its men transferring to the AIF or being returned to Australia for discharge. On 27 March 1917 the 1st RANBT was officially disbanded.Oxidised brass anchor shaped collar badge.ww1, world war 1, first world war, ranbt, ran bridging train, royal australian navy bridging train, collar badge -
Lakes Entrance Regional Historical Society (operating as Lakes Entrance History Centre & Museum)
Postcard, 1955
Marine Parade has been formed adjacent to North Arm, low lying swampy area.Black and white small format postcard showing the concrete bridge over the North Arm at Lakes Entrance, showing the Club Hotel and other buildings at western end of town. Lakes Entrance VictoriaNorth Arm and Bridge Lakes Entrancewaterways, civil engineering, jetties -
Lakes Entrance Regional Historical Society (operating as Lakes Entrance History Centre & Museum)
Postcard, Bulmer H D No 15
Black and white double size postcard of Bullock Island. It shows a glimpse of the Princes Highway in foreground, wooden foot bridge to Bullock Island, houses on the hummocks, entrance and Bass Strait in background, boat entering lakes. Lakes Entrance VictoriaPanorama of Lakes Entrance from Princes Highwaywaterways, islands, township, civil engineering -
Lakes Entrance Regional Historical Society (operating as Lakes Entrance History Centre & Museum)
Photograph, Judy Davies, 2010
Small blue album containing twenty eight colour photographs of North Arm from bridge to Cabaritor Point showing new residential sites at Kalimna Victoriaengineering, historic site -
Lakes Entrance Regional Historical Society (operating as Lakes Entrance History Centre & Museum)
Photograph, Caire, Nicholas John, 1905c
... Engineering Jetties Black and white photograph of the Latrobe Bridge ...turning on a central axis to allow the passage of river vessels. Image shows machinery for operation and the bridge closed to river traffic. Latrobe Wharf on the left bank is seen through bridge. Sale VictoriaBlack and white photograph of the Latrobe Bridge. This was a swing bridge over the Latrobe Riverbridges, waterways, civil engineering, jetties -
Lakes Entrance Regional Historical Society (operating as Lakes Entrance History Centre & Museum)
Photograph, Caire, Nicholas John, 1905c
... . Waterways Bridges Civil Engineering Black and white photograph ...Latrobe Bridge - Open. The bridge is swung into this position when the steamers pass down to the Lakes or return to Sale.Black and white photograph of the Latrobe River Bridge over the Latrobe River, shows the bridge open to river traffic, with a good view of the supporting structure. Sale Victoriawaterways, bridges, civil engineering -
Lakes Entrance Regional Historical Society (operating as Lakes Entrance History Centre & Museum)
Photograph, Caire, Nicholas John, 1905c
... and the Thompson. Waterways Bridges Civil Engineering Black and white ...Latrobe Bridge from the Glengarry. This bridge spans the Latrobe at the junction of the Glengarry and the Thompson.Black and white photograph of the Latrobe Bridge,in the closed position, taken from the bank of the Glengarry Latrobe River. Sale Victoriawaterways, bridges, civil engineering -
Lakes Entrance Regional Historical Society (operating as Lakes Entrance History Centre & Museum)
Photograph, Caire, Nicholas John, 1905c
... Engineering Black and white photograph of the Latrobe Bridge, in its ...Latrobe Bridge Sale Victoria in closed position . The operating machinery is still visibleBlack and white photograph of the Latrobe Bridge, in its closed position. The operating machinery is visible, plus the unique pier structure of the central span. In the rowing boat moored along side the river bank, a person wearing a boater hat is seated. Sale Victoriawaterways, bridges, civil engineering -
Whittlesea Historical Society Inc.
Photograph, William Henry Lockwood family group, c.1890
Mr. William Henry Lockwood (of Whittlesea, Victoria) with his wife Naomi, née Bullock, and their children, James, Joseph, Mary, Martha and Wilhelmina. The Lockwood family were early settlers of Whittlesea. William Henry Lockwood was born in Glossop, Derbyshire c.1832. He migrated to Victoria on the first voyage of the Marco Polo in 1853 and married Naomi Bullock in St. Peter’s Church of England Melbourne on 27th December 1856. They had nine children, four of whom died in infancy and were buried in Yan Yean Cemetery. The family lived in Whittlesea in a two-storey home, which faced Church Street. William was a talented engineer and architect. He commenced work as a contractor and surveyor for the Whittlesea Roads’ Board and became Whittlesea Shire Engineer in the 1870’s. He continued in this role until his death in 1912. During his time as engineer he built many buildings, bridges and roads within the Whittlesea Shire including the Whittlesea Courthouse and the Whittlesea State School. On two of our local bridges, which were constructed during 1901, he was the engineer and builder. These are the Darebin Creek Bridge in Bridge Inn Road, Wollert and the Barber’s Creek Bridge in Plenty Road, Yan Yean. Both bridges are no longer in use. The Bridges are Monier reinforced concrete with bluestone abutments and were designed by Sir John Monash. In addition to his engineering work he was Postmaster and Registrar of Births, Deaths and Marriages for Whittlesea. He was appointed as inaugural treasurer of the Shire of Whittlesea in January 1875 and was actively involved in other community organisations. In the last few years of his life he continued working in spite of ill health. In her diary, his wife Naomi documented his last months. One entry reads, “16 Oct 1911 My husband in his office with Shire Secretary comparing books for audit”. After William’s death his daughter, Martha Hannah became Postmistress and another daughter, Wilhelmina Naomi Priscilla became Registrar for Whittlesea. A third daughter Sister Mary Emma was involved in charity work throughout Victoria working for the children of Sutherland Homes. She also appears to have acted as Registrar at Whittlesea after her sister Wilhelmina died in 1923. William Henry Lockwood died on January 12th 1912. The local community held him in high esteem for his contribution to the Whittlesea area. His wife Naomi died 22nd December 1912. The Lockwood family grave can be seen at Yan Yean Cemetery.Original black and white photograph mounted on cardInscribed on the front of card [Carrighan & Gugen Artists Photographers], Handwritten in blue ink on the back [Lockwood]william lockwood, lockwood family, whittlesea pioneers, william henry lockwood, naomi lockwood, james lockwood, joseph lockwood, mary lockwood, martha lockwood, wilhelmina lockwood -
Whittlesea Historical Society Inc.
Document - Letter, Photocopy, William Lockwood to The Minister of Public Instruction, 1879, unknown
Mr. William Henry Lockwood (of Whittlesea, Victoria) with his wife Naomi, née Bullock, and their children, James, Joseph, Mary, Martha and Wilhelmina. The Lockwood family were early settlers of Whittlesea. William Henry Lockwood was born in Glossop, Derbyshire c.1832. He migrated to Victoria on the first voyage of the Marco Polo in 1853 and married Naomi Bullock in St. Peter’s Church of England Melbourne on 27th December 1856. They had nine children, four of whom died in infancy and were buried in Yan Yean Cemetery. The family lived in Whittlesea in a two-storey home, which faced Church Street. William was a talented engineer and architect. He commenced work as a contractor and surveyor for the Whittlesea Roads’ Board and became Whittlesea Shire Engineer in the 1870’s. He continued in this role until his death in 1912. During his time as engineer he built many buildings, bridges and roads within the Whittlesea Shire including the Whittlesea Courthouse and the Whittlesea State School. On two of our local bridges, which were constructed during 1901, he was the engineer and builder. These are the Darebin Creek Bridge in Bridge Inn Road, Wollert and the Barber’s Creek Bridge in Plenty Road, Yan Yean. Both bridges are no longer in use. The Bridges are Monier reinforced concrete with bluestone abutments and were designed by Sir John Monash. In addition to his engineering work he was Postmaster and Registrar of Births, Deaths and Marriages for Whittlesea. He was appointed as inaugural treasurer of the Shire of Whittlesea in January 1875 and was actively involved in other community organisations. In the last few years of his life he continued working in spite of ill health. In her diary, his wife Naomi documented his last months. One entry reads, “16 Oct 1911 My husband in his office with Shire Secretary comparing books for audit”. After William’s death his daughter, Martha Hannah became Postmistress and another daughter, Wilhelmina Naomi Priscilla became Registrar for Whittlesea. A third daughter Sister Mary Emma was involved in charity work throughout Victoria working for the children of Sutherland Homes. She also appears to have acted as Registrar at Whittlesea after her sister Wilhelmina died in 1923. William Henry Lockwood died on January 12th 1912. The local community held him in high esteem for his contribution to the Whittlesea area. His wife Naomi died 22nd December 1912. The Lockwood family grave can be seen at Yan Yean Cemetery.1 page, photocopy of a hand written letterWhittlesea, 18th February 1879lockwood, whittlesea school, bricks -
Whittlesea Historical Society Inc.
Document - Letter, Photocopy, William Lockwood to Education Department regarding Scrubby Creek School, 1887, unknown
Mr. William Henry Lockwood (of Whittlesea, Victoria) with his wife Naomi, née Bullock, and their children, James, Joseph, Mary, Martha and Wilhelmina. The Lockwood family were early settlers of Whittlesea. William Henry Lockwood was born in Glossop, Derbyshire c.1832. He migrated to Victoria on the first voyage of the Marco Polo in 1853 and married Naomi Bullock in St. Peter’s Church of England Melbourne on 27th December 1856. They had nine children, four of whom died in infancy and were buried in Yan Yean Cemetery. The family lived in Whittlesea in a two-storey home, which faced Church Street. William was a talented engineer and architect. He commenced work as a contractor and surveyor for the Whittlesea Roads’ Board and became Whittlesea Shire Engineer in the 1870’s. He continued in this role until his death in 1912. During his time as engineer he built many buildings, bridges and roads within the Whittlesea Shire including the Whittlesea Courthouse and the Whittlesea State School. On two of our local bridges, which were constructed during 1901, he was the engineer and builder. These are the Darebin Creek Bridge in Bridge Inn Road, Wollert and the Barber’s Creek Bridge in Plenty Road, Yan Yean. Both bridges are no longer in use. The Bridges are Monier reinforced concrete with bluestone abutments and were designed by Sir John Monash. In addition to his engineering work he was Postmaster and Registrar of Births, Deaths and Marriages for Whittlesea. He was appointed as inaugural treasurer of the Shire of Whittlesea in January 1875 and was actively involved in other community organisations. In the last few years of his life he continued working in spite of ill health. In her diary, his wife Naomi documented his last months. One entry reads, “16 Oct 1911 My husband in his office with Shire Secretary comparing books for audit”. After William’s death his daughter, Martha Hannah became Postmistress and another daughter, Wilhelmina Naomi Priscilla became Registrar for Whittlesea. A third daughter Sister Mary Emma was involved in charity work throughout Victoria working for the children of Sutherland Homes. She also appears to have acted as Registrar at Whittlesea after her sister Wilhelmina died in 1923. William Henry Lockwood died on January 12th 1912. The local community held him in high esteem for his contribution to the Whittlesea area. His wife Naomi died 22nd December 1912. The Lockwood family grave can be seen at Yan Yean Cemetery.1 page, photocopy of a hand written letterLetter dater 17 January 1887, from W. H. Lockwood, Draper, Grocer, Ironmonger, Post Office Store, Church St, Whittlesea, and Silvery Creek, Plenty Rangeslockwood, scrubby creek school -
Ballarat Tramway Museum
Newspaper, The Courier Ballarat, "50 years of the SEC", 30/06/1984 12:00:00 AM
Yields information about the SEC in Ballarat and in particular the conversion from DC power to AC.Newspaper clipping from the Saturday Magazine of The Courier 30/6/1984 titled "50 years of the SEC", looking at the history of the SEC in Ballarat, includes the conversion of plant from DC to AC which was not completed until 1968. Notes the two power stations and SEC offices have been moved to Norman St. Has five photos, including a staff photograph with many names, a photo of Bridge St, a collision between a truck and tram 14, SEC advertising and an interior view of Ballarat A. Written by John Dyallsec, ballarat a power station, sec crews, electrical engineering, electrical systems, electricity supply -
Ballarat Tramway Museum
Newspaper, Alison Wynd, "Ballarat trams must pay their own way: Hiscock", 7/01/1997 12:00:00 AM
Item written by Alison Wynd in The Courier, Ballarat, page 7 on 7/1/1997 reporting on a statement by the Chairman of the Ballarat Tourism Board, Peter Hiscock that trams would have run profitably if they were reintroduced to Ballarat Streets. Comments on possible staging, tourist and engineering studies and market. Includes a photo of SEC No. 31 with a Victoria St. destination at the junction in Bridge St with the Mount Pleasant line, with a women stepping from the tram. An adjacent item reports on the appointment of Robin Cooper as Victorian Transport Minister to replace Mr Alan Brown.feasibility study, ballarat city tramway, ballarat revival, transport minister -
Ballarat Tramway Museum
Manual - Procedure, State Electricity Commission of Victoria (SECV), "Rectified Protection", Mid 1930's
Carbon typed copy of a technical procedure - 3 pages "Rectifier Protection" gives details on cell failures, surge voltage protection, bridge circuits, over current and provides four figures to illustrate the paper. Written D.B. Corbyn and N. L. Potter in a paper to the Institute of Electrical Engineers London. Not dated. Assumed mid 1930's. BTPS Number "216". "216" in ink on left hand bottom of first pagetrams, tramways, electrical engineering -
Bendigo Historical Society Inc.
Book - ENGINEERING CHALLENGES IN 19TH CENTURY VICTORIA
Engineering Challenges in 19th Century Victoria by Brian C S Harper, or Brian Harper, soft cover 256 pages with black and white photographs. Book includes information on the construction of the Bendigo Railway Line, Coliban Water Scheme, Lower Stony Creek Dam, the Saltwater Railway Bridge, and the Taradale Railway Viaduct. Transferred to Specimen Cottage for use June 2016 Missing from Specimen Cottage. Check sale items 8.12.22Brian C. S. Harperbooks, technical, engineering -
Kew Historical Society Inc
Photograph, J F C Farquhar, Railway Bridge Over the Yarra, 1891
At the beginning of the 1890s, the Kew businessman and Town Councillor, Henry Kellett, commissioned J.F.C. Farquhar to photograph scenes of Kew. These scenes included panoramas as well as pastoral scenes. The resulting set of twelve photographs was assembled in an album, Kew Where We Live, from which customers could select images for purchase.The preamble to the album describes that the photographs used the ‘argentic bromide’ process, now more commonly known as the gelatine silver process. This form of dry plate photography allowed for the negatives to be kept for weeks before processing, hence its value in landscape photography. The resulting images were considered to be finely grained and everlasting. Evidence of the success of Henry Kellett’s venture can be seen today, in that some of the photographs are held in national collections.It is believed that the Kew Historical Society’s copy of the Kellett album is unique and that the photographs in the book were the first copies taken from the original plates. It is the first and most important series of images produced about Kew. The individual images have proved essential in identifying buildings and places of heritage value in the district.Completed in November 1890, the railway viaduct (now the Chandler Highway Bridge) linked Kew and Fairfield. The viaduct is significant as the most substantial extant engineering remnant of the Outer Circle Railway Line. Opened in March 1891, the viaduct crossed the Yarra River in a single span, atop three supporting brick pillars. Following the closure of the railway line in 1927, and the construction of the Chandler Highway in 1930, the bridge was used for vehicular traffic. In 1891 when this panoramic photograph was taken, the grounds of what was then the Kew Lunatic Asylum extended down to the River and eastward beyond the viaduct. The landscape surrounding the Asylum was planted with traditional exotic trees such as Oaks, Pines and Cedars, and landmark trees from northern Australia such as the Hoop Pine. Remnant indigenous trees such as the River Red Gum, Yellow Box and Lightwood were scattered around the site, including beside the Yarra River.Railway Bridge Over the Yarrakew illustrated, kew where we live, photographic books, henry kellett, railway viaduct - - kew (vic) -
Kew Historical Society Inc
Plan, Melbourne & Metropolitan Board of Works : Borough of Kew : Detail Plan No.1302, 1910
The Melbourne and Metropolitan Board of Works (MMBW) plans were produced from the 1890s to the 1950s. They were crucial to the design and development of Melbourne's sewerage and drainage system. The plans, at a scale of 40 feet to 1 inch (1:480), provide a detailed historical record of Melbourne streetscapes and environmental features. Each plan covers one or two street blocks (roughly six streets), showing details of buildings, including garden layouts and ownership boundaries, and features such as laneways, drains, bridges, parks, municipal boundaries and other prominent landmarks as they existed at the time each plan was produced. (Source: State Library of Victoria)This plan forms part of a large group of MMBW plans and maps that was donated to the Society by the Mr Poulter, City Engineer of the City of Kew in 1989. Within this collection, thirty-five hand-coloured plans, backed with linen, are of statewide significance as they include annotations that provide details of construction materials used in buildings in the first decade of the 20th century as well as additional information about land ownership and usage. The copies in the Public Record Office Victoria and the State Library of Victoria are monochrome versions which do not denote building materials so that the maps in this collection are invaluable and unique tools for researchers and heritage consultants. A number of the plans are not held in the collection of the State Library of Victoria so they have the additional attribute of rarity.Original survey plan, issued by the MMBW to a contractor with responsibility for constructing sewers in the area identified on the plan within the Borough of Kew. The plan was at some stage hand-coloured, possibly by the contractor, but more likely by officers working in the Engineering Department of the Borough and later Town, then City of Kew. The hand-coloured sections of buildings on the plan were used to denote masonry or brick constructions (pink), weatherboard constructions (yellow), and public buildings (grey). The absence of buildings and or property in Kew facing the Yarra is the most notable feature of this plan. Walmer Street and its bridge stretched, then and now, from Studley Park Road to Victoria Street, Richmond. On the Richmond side of the Yarra, there was evidence in 1904 of industry (‘Wool shed’; Soap Works’) and entertainment (‘Skittle Alley’). In reality, another Plan (No.1303) shows Chinese Gardens bordering the Yarra on the Kew side and buildings in Young Street.melbourne and metropolitan board of works, detail plans, mmbw 1302, cartography -
Melton City Libraries
Photograph, Melton Railway Bridge, c.1884
"The Melton Viaduct, opened in 1886, is of State heritage significance as a very large and visually distinctive wrought iron, lattice girder trestle bridge over the Werribee River (now Melton Reservoir). It comprises 18.3 and 9.1 metre spans, in a generally alternate arrangement, of total length 375 metres, and standing 38 metres over the Werribee River. Wrought iron small section iron was used to build tension trussed trestle legs, which supported four lines of rivetted wrought-iron deck-type double lattice trusses. It has bluestone abutments and pier bases of coursed rock-faced bluestone with drafted margins. The larger half-piers, now usually submerged in the Melton Reservoir have sharp tapered cutwaters and curved coping at the tops. While designed to carry two rail tracks it has only ever been used as a single track line. Despite several alterations to its deck structure, it remains an outstanding example of a lighter structural design employing open metal trestle supports and metal truss girders. The direct Melbourne to Ballarat railway link of which the Melton viaduct was the major engineering work contributed significantly to the history and development of Victoria. This new link reflected Ballarat’s diversifying economy as well as the commercial and political influence of the metropolis. Construction of the bridge, and the associated large workers camp, were extensively photographed, documenting an important episode in local history. The railway enabled the development of new industries in the Melton area, notably the timber industry and a chaff industry of national importance, greatly facilitated the later transition of the Shire from a pastoral to a farming economy, and struck a major blow to Melton township’s era as a wayside town servicing Ballarat road (especially coach) traffic". Melton Railway Bridge being built across the Werribee Rivertransport -
Wodonga & District Historical Society Inc
Album - Hume Reservoir Australia Album - Driving first row of piles for coffer dam across the river, December 1925, 1927
This set of photos is from a leather bound album bearing the inscription "HUME RESERVOIR AUSTRALIA" plus 'The Rt. Hon. L. C. M. S. Amery, P. C., M .P.' all inscribed in gold. It was presented to The Rt. Hon. L. C. M. S. Amery, P. C., M. P, Secretary of State for Dominion Affairs on the occasion of his visit to the Hume Reservoir on 2nd November 1927. This album is of local and national significance as it documents the planning and development of the Hume Reservoir up to 1927. It was the largest water reservoir in the British Empire. The album records the pioneering engineering work that went into its construction.DEPARTMENT OF PUBLIC WORKS, N.S.W. RIVER MURRAY WATERS SCHEME. HUME RESERVOIR. 19. Driving first row of piles for coffer dam across the river. New South Wales. December 1925. Cofferdams are temporary structures used where construction is being carried out in areas submerged in water. They are most commonly used to facilitate the construction or repair of dams, piers and bridges. To divert the river, a Coffer Dam was built across the old bed above and below the Dam site and tying into the end of the concrete wall built inside the levee bank. This completely surrounded the remainder of the site of the Dam and south wing wall, including an area of 12½ acres. hume reservoir australia, river murray waters scheme, hume reservoir construction -
Wodonga & District Historical Society Inc
Album - Hume Reservoir Australia Album - Section of completed coffer dam, January 1927, 1927
This set of photos is from a leather bound album bearing the inscription "HUME RESERVOIR AUSTRALIA" plus 'The Rt. Hon. L. C. M. S. Amery, P. C., M .P.' all inscribed in gold. It was presented to The Rt. Hon. L. C. M. S. Amery, P. C., M. P, Secretary of State for Dominion Affairs on the occasion of his visit to the Hume Reservoir on 2nd November 1927. This album is of local and national significance as it documents the planning and development of the Hume Reservoir up to 1927. It was the largest water reservoir in the British Empire. The album records the pioneering engineering work that went into its construction.DEPARTMENT OF PUBLIC WORKS, N.S.W. RIVER MURRAY WATERS SCHEME. HUME RESERVOIR. 20. Section of completed coffer dam with river diverted over the concrete foundations of dam that were placed during the first stage of operations. New South Wales. January 1927. Cofferdams are temporary structures used where construction is being carried out in areas submerged in water. They are most commonly used to facilitate the construction or repair of dams, piers and bridges. To divert the river, a Coffer Dam was built across the old bed above and below the Dam site and tying into the end of the concrete wall built inside the levee bank. This completely surrounded the remainder of the site of the Dam and south wing wall, including an area of 12½ acres. hume reservoir australia, river murray waters scheme, hume reservoir construction -
Wodonga & District Historical Society Inc
Album - Hume Reservoir Australia Album - Excavations for foundations inside coffer dam, January 1927, 1927
This set of photos is from a leather bound album bearing the inscription "HUME RESERVOIR AUSTRALIA" plus 'The Rt. Hon. L. C. M. S. Amery, P. C., M .P.' all inscribed in gold. It was presented to The Rt. Hon. L. C. M. S. Amery, P. C., M. P, Secretary of State for Dominion Affairs on the occasion of his visit to the Hume Reservoir on 2nd November 1927. This album is of local and national significance as it documents the planning and development of the Hume Reservoir up to 1927. It was the largest water reservoir in the British Empire. The album records the pioneering engineering work that went into its construction.DEPARTMENT OF PUBLIC WORKS, N.S.W. RIVER MURRAY WATERS SCHEME. HUME RESERVOIR. 21. Excavations for foundations inside coffer dam. New South Wales. January 1927. Cofferdams are temporary structures used where construction is being carried out in areas submerged in water. They are most commonly used to facilitate the construction or repair of dams, piers and bridges. To divert the river, a Coffer Dam was built across the old bed above and below the Dam site and tying into the end of the concrete wall built inside the levee bank. This completely surrounded the remainder of the site of the Dam and south wing wall, including an area of 12½ acres. hume reservoir australia, river murray waters scheme, hume reservoir construction, coffer dam -
Wodonga & District Historical Society Inc
Album - Hume Reservoir Australia Album - Valley of the Murray to be crossed by the Bethanga Bridge 1927
This set of photos is from a leather bound album bearing the inscription "HUME RESERVOIR AUSTRALIA" plus 'The Rt. Hon. L. C. M. S. Amery, P. C., M .P.' all inscribed in gold. It was presented to The Rt. Hon. L. C. M. S. Amery, P. C., M. P, Secretary of State for Dominion Affairs on the occasion of his visit to the Hume Reservoir on 2nd November 1927. This album is of local and national significance as it documents the planning and development of the Hume Reservoir up to 1927. It was the largest water reservoir in the British Empire. The album records the pioneering engineering work that went into its construction.DEPARTMENT OF PUBLIC WORKS, N.S.W. RIVER MURRAY WATERS SCHEME. HUME RESERVOIR. 36. Valley of the Murray to be crossed by the Bethanga Bridge described in the next photograph. (WHS 00731) This view shows the marshalling sidings for trucks below the Quarry, New South Wales, and the branch line to the site of the bridge.hume reservoir australia, river murray waters scheme, hume reservoir construction -
Wodonga & District Historical Society Inc
Album - Hume Reservoir Australia Album - Bethanga Bridge Site, August 1927
This set of photos is from a leather bound album bearing the inscription "HUME RESERVOIR AUSTRALIA" plus 'The Rt. Hon. L. C. M. S. Amery, P. C., M .P.' all inscribed in gold. It was presented to The Rt. Hon. L. C. M. S. Amery, P. C., M. P, Secretary of State for Dominion Affairs on the occasion of his visit to the Hume Reservoir on 2nd November 1927. This album is of local and national significance as it documents the planning and development of the Hume Reservoir up to 1927. It was the largest water reservoir in the British Empire. The album records the pioneering engineering work that went into its construction.DEPARTMENT OF PUBLIC WORKS, N.S.W. RIVER MURRAY WATERS SCHEME. HUME RESERVOIR. 37. Bethanga Bridge Site. A bridge is being built to cross the Reservoir to serve a large area of country which will be cut off from its natural outlets by the submergence of existing bridges when the Reservoir is in being. The site of the bridge is nearly a mile up the Murray from the Hume Reservoir Quarry. Its length will be approximately half a mile. There will be nine spans of 269 feet with steel truss girders resting on concrete pillars. Some of the pillars are founded on rock while others will rest on nests of reinforced concrete piles. The foundations and concrete piers are in the hands of the Victorian Constructing Authority and the superstructure in those of the New South Wales Authority. August 1927.hume reservoir australia, river murray waters scheme, hume reservoir construction