Black and white photographWritten under photograph, "Tunnel under railway at East Ringwood. Written on rear of photograph, "CONCRETING DRAINAGE TUNNEL UNDER RAILWAY AT EAST RINGWOOD 1967"

One of seven photographs produced by the Portland Cement Association in 1921 showing how concrete kerbs could be created. Portland Cement Association (PCA) was founded in 1916. From 1917, the association actively promoted the benefits of concrete for road works in Australian newspapers. In the nineteenth century in Melbourne (Vic.) 'made roads' typically had gutters and kerbing lined with bluestone.The photographs are important evidence of the availability of instructional models for the use of concrete in street works in Victoria. While the photographs date from the early 1920s, the use of concrete for kerbing did not reach its maturity until after World War 2. The photos demonstrate knowledge about and the use of concrete in street works in a major Melbourne municipality at an early period.Black and white photograph with printed instructions on the reverse showing the production of concrete kerbing on 67th Street, West Allis, Milwaukee, Wisconsin (USA). The photograph was produced by the Portland Cement Association of Chicago in 1921 and used within the Chief Engineer's Department of the City of Kew (Vic.)."1st - Filling forms with Concrete. Construction of Combined Concrete Cerb and Gutter"street works, kerbing, gutters, concrete, portland cement association

One of seven photographs produced by the Portland Cement Association in 1921 showing how concrete kerbs could be created. Portland Cement Association (PCA) was founded in 1916. From 1917, the association actively promoted the benefits of concrete for road works in Australian newspapers. In the nineteenth century in Melbourne (Vic.) 'made roads' typically had gutters and kerbing lined with bluestone.The photographs are important evidence of the availability of instructional models for the use of concrete in street works in Victoria. While the photographs date from the early 1920s, the use of concrete for kerbing did not reach its maturity until after World War 2. The photos demonstrate knowledge about and the use of concrete in street works in a major Melbourne municipality at an early period.Black and white photograph with printed instructions on the reverse showing the production of concrete kerbing on 67th Street, West Allis, Milwaukee, Wisconsin (USA). The photograph was produced by the Portland Cement Association of Chicago in 1921 and used within the Chief Engineer's Department of the City of Kew (Vic.)."2nd - Tamping Concrete into Approximate Contour"street works, kerbing, gutters, concrete, portland cement association

Belonged to Bill McLaren (father of Anthea Swann) in the 1930s - 1940s87 page magazine containing construction instruction for handymen and tradesmen. Title : Carpentry and Concrete: a Home Beautiful Handbook for Tradesmen and AmateursCarpentry and Concretebooks, magazines, trades, carpentry

One of seven photographs produced by the Portland Cement Association in 1921 showing how concrete kerbs could be created. Portland Cement Association (PCA) was founded in 1916. From 1917, the association actively promoted the benefits of concrete for road works in Australian newspapers. In the nineteenth century in Melbourne (Vic.) 'made roads' typically had gutters and kerbing lined with bluestone.The photographs are important evidence of the availability of instructional models for the use of concrete in street works in Victoria. While the photographs date from the early 1920s, the use of concrete for kerbing did not reach its maturity until after World War 2. The photos demonstrate knowledge about and the use of concrete in street works in a major Melbourne municipality at an early period.Black and white photograph with printed instructions on the reverse showing the production of concrete kerbing on 67th Street, West Allis, Milwaukee, Wisconsin (USA). The photograph was produced by the Portland Cement Association of Chicago in 1921 and used within the Chief Engineer's Department of the City of Kew (Vic.)."3rd - Metal template for Trimming Concrete 1/2" below Finished Surface ready for Application of Mortar facing." street works, kerbing, gutters, concrete, portland cement association

Display panel giving details re: the construction of the Dennys Lascelles concrete building (the Bow Truss building) adjacent to the Dennys Lascelles wool offices and store (now NWM) in 1911-13. The building was designed as a show floor for wool bales, thus the lack of columns and roof supports was significant in providing free space. It was designed by Mr E.G. Stone and construction was supervised by Laird and Buchan. It was demolished in the 1990s. This display board / text panel may have been created for use in the concrete building.Display board from 1913 giving details re: the construction of the Dennys Lascelles concrete building (the Bow Truss building), adjacent to their wool store and offices.DENNYS LASCELLES LTD. / CONCRETE BUILDING. / Building Commenced in 1911. Finished in 1913. / Is 4 Storeys High. / The Show Floor covering almost an acre / of ground, is the largest flat roof space / in the world without visible supports ... / The suspended Roof weighs 1200 Tons. / The Building was Designed & Erected by / MR. E.G. STONE, C.E. / The Construction Absorbed:- / 8000 Casks of Cement. 3250 Loads of Sand. / 475 Tons of Steel. 2250 Yards of Crushed Stone. / 1100 Was Expended on Timber for Casing the Concrete Moulds. / 94 Cases of Nails & 432 Gallons of Oil / were required for the Concrete Casing. / The building was constructed entirely of Day Labor / at a cost of Over 40,000. / The Building Construction was supervised / by Messrs Laird & Buchan, F.R.A.I.A. / Architects - Geelong.wool sales, wool bales, dennys, lascelles limited, stone, mr e. g. laird and buchan, dennys lascelles concrete building, bow truss building, geelong

Possibly zinc galvanic anode with a ferrous based metal attachements on both ends. Concretions still visible on underside of metal.020 has been imprinted on the concretion on the back of the anode.anode, corrosion

The building of the original Wright Trestle Bridge in the late 1890s as part of the construction of the narrow-gauge railway from Ferntree Gully to Gembrook, was a significant engineering achievement for its time. The railway (now known as Puffing Billy) was closed in the 1950s. When it re-opened in the 1960s it terminated at Emerald Lake. In the 1990s, it was decided to rebuild the section of the line from Emerald Lake to Gembrook - this was completed in 1998. The major project challenge was to rebuild the historic Wright Trestle Bridge which traversed a very steep gully in Wrights Forest, Avonsleigh. These photographs have been provided by Graeme Smith who supplied the concrete to build the foundations of the bridgeThese photos show the foundation stage of the rebuilding of the historic Wright Trestle Bridge as part of the larger reconstruction of the Puffing Billy line from Emerald Lake to Gembrook.Five color photographs all depicting concrete foundations laid up and down a steep gully as part of the rebuilding of the Wright Trestle Bridge.On back of VEMUP1091 3/5, hand-written: 'Graeme Smith / Unloading on / Puffing Billy line / in Wright Forest / Concrete supplied / from P B M Packham'wright trestle bridge, 1998, puffing billy

Charles Seelenmeyer conducted Concrete Utilities Limited (Harcourt Cement Pipe Factory). Operated in Harcourt circa 1914 to 1930 in premises situated opposite the ANA Hall on what is now the road reserve. Principal raw material was sand from the adjacent waterway ( Barkers Creek.) Principal output was concrete drainage tiles for use in district orchards but concrete blocks were also produced for construction of homes and commercial buildings. At a time of rapid expansion of the orchards this industry provided a vital piece of orchard infrastructure, mostly buried and not now visible but nevertheless a very important feature of the valley’s horticultural industry.. Homes built with these concrete blocks are a distinct part of Harcourt’s housing stock. Harcourt Cement Pipe Co was an example of local initiative to solve a local problem using local materials. A collection of 4 concrete building blocks

Paramount Concrete Works tower on the site of Burnbank 1 – Cottage of Henri and Ann nee Dowling Myers side of road east of Myers Gully the junction of Reserve Rd. now known as Ryans Creek. Built c 1870. it remained in the family until a demolition order was placed on it in 1969 when vacated by Martha wife of Frederick 4th son of Ann and Henry. Her new house was built in McKenzie St on the south side near the corner of Smith St. Paramount Concrete established 1972, changed to Readmix Farley in 1983Paramount concrete with cranemisc.

Camp 13, Camp Road, Murchison. Water trough made by POW's. Cream concrete with white octagonal shapes on each side.Camp 13, Camp Road, Murchison, Victoria. Octagonal decorative concrete water trough, in green paddock. Cream concrete with white octagonal shapes on each side.

Bridges, reinforced concrete construction by C.C.P.WilsonSepia photo, Photo of concrete bridge spanning gully, rolling landscape with scattered trees. leigh grand junction bridge, c.c.p. wilson

Camp 13, German compound. Latrine block, concrete remains, eucalyptus in background.Camp 13, Camp Road, Murchison, Victoria. Concrete remains, latrine block.camp 13, pow, german pow, internment camps, ruins, murchison victoria, latrine remains camp 13

Roads and paths throughout Burnley were concreted and this tool was used to shape the curbsCurved shaped metal tool with handle to create the shape of curbs in wet concrete.DVFconstruction, burnley campus, paths curbs, curbs, curb tool, artifact

Hard cover book with an aerial photograph of Sunshine looking South Westnon-fictionA book about the construction of the concrete houses in Leigh Avenue and Hampshire Road Sunshine and the families that lived in them.leith avenue, hampshire road, sunshine, housing

This photograph records the making and placing of the concrete blocks for the construction of the Warrnambool Breakwater in the Warrnambool Harbour, completed in 1890. Each block weighed 20 to 30-plus tons. The huge Titan steam powered crane in the photograph played a massive role in the construction. It was able to lift the concrete blocks with its overhanging, counterbalanced arm and roll on its wheels along the rails to the required position. It then lowered the blocks into position on the concrete foundation already laid on the seabed. There are many details in the photograph that help to tell other aspects of Warrnambool's history. It appears that the photograph was once owned by B. Fisher. The photograph is part of the Western Victoria collection produced in 1891 by Brookes' Photographic Union in Victoria. Brookes' Photographic Union was a collaboration of two brothers, Frederick Augustus Brookes and his brother Albert Edward Brookes. Frederick arrived in Victoria in the early 1880's. He and Albert formed the organisation to produce collections of photographs including the districts of Geelong, Gippsland and the Western Victoria.This photograph was taken during the construction of the Warrnambool Breakwater and published the year after it was completed. The project began with the Government of 1874 approving the plan, and was completed in 1890. The image records a snapshot of the construction of the Warrnambool Breakwater, a construction that changed the history of the Port of Warrnambool, Photograph, sepia coloured rectangular shape, mounted between two sheets of cream card. Border of photograph is decorated with pen lines and design in corners. Subject is the Warrnambool Breakwater construction with the Titan steam crane on rail lines, concrete blocks, a windmill and tanks, sheds, and a multi-storey building in the background. Produced by the Brookes' Photographic Union, Western Victoria. Inscriptions are on the reverse, on two stickers, a printed white label and a handwritten name.Stickers: "137" "F.Pn 61/2-74" Label: "WESTERN VICTORIA / BROOKES' PHOTOGRAPHIC UNION / HARBOUR WORKS, / WARRNAMBOOL." "The subject of this picture is the making of concrete blocks for the Breakwater. These blocks weigh from 20 to 30 tons each, and are lifted about by the large piece of machinery seen in the picture." Hand written: "B. Fisher"flagstaff hill, flagstaff hill maritime museum and village, warrnambool, maritime museum, maritime village, great ocean road, shipwreck coast, western district, western victoria, brookes' photographic union, frederick brookes, albert brookes, photograph, warrnambool harbour, harbour works, concrete bolcks, breakwater, warrnambool history, breakwater history, 1891, lady bay, port of warrnambool, b. fisher, titan crane, steam crane, concrete blocks

Wooden bung removed from the steam tug wattle. Found in the bilges of the vessel in the concrete ballast.At an unknown time the bung was used to plug a leak in the hull and concreted over. Uncovered during restoration of forward starboard section of the hull.Circular wooden bung enclosed in a small section of green canvas with fragments of concrete attachedwattle, wooden bung, canvas, restoration

Newspaper clipping 14/11/1968. Article calling for tenders for stone, fuel and concrete kerbing for Phillip Island Shire Council.Article calling for tenders for stone, fuel and concrete kerbing for Phillip Island Shire Council.phillip island, phillip island shire council, tender for kerbing

Camp 13, Italian compound, two concrete memorials to fallen comrades.Camp 13, Camp Road, Murchison, Victoria. Two concrete memorials, pine tree background, prickly pear growing beside memorials.camp 13, pow, internment camps, italian pow, memorials

The construction of the Nunawading Community Hub is taking shape with textures concrete wall panels and the stairwell core and lift tower now in place.The construction of the Nunawading Community Hub.nunawading community hub, city of whitehorse, nunawading primary school no. 4190

The West Kiewa Tunnel (tailrace tunnel) was commenced from both ends in 1947. Very difficult conditions were encountered in the driving of this tunnel and this meant the immediate provision of support and later the lining of the tunnel with concrete. Work proceeded steadily and the breakthrough of the two headings occurred on 22nd July, 1950.This historical photograph shows in detail the amount of work necessary to stabilise and support the tunnel walls before lining with concrete. No solid rock was found and the tunneling proceeded through decomposed boulders, gravel and clay, hence the necessity for support and concreting. Black and white photograph showing the timber support, prior to lining with concrete, in the West Kiewa tunnel.Timbering in West Kiewa Tunnelwest kiewa, tailrace, tunnel

The rectangular weight is rectangular in shape and made of concrete and metal. A closed metal hook is attached to the concrete block, which is encased in metal, and a section of rope is attached. It was used as a counter weight on a canopy that operated as part of a winch located at the [east] landing deck … Originally there were four weights that formed part of a fibreglass canopy which consisted of a staunch, pulley and a rope so when you lifted the canopy up, the weights on either side countered the weight so objects could be moved. The weights were installed in the 1970s and were dismantled along with the winch in the following decade.The weight has first level contributory significance for its provenance and historical value as a component of an earlier apparatus that was used for hoisting goods at the lightstation sea landing.2 x Rectangular shaped weight with with closed hook embedded in concrete surrounded by metal. A section of rope is attached to the hook.