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

Collage of Tunnel Rats in action, including Honor Roll and text of Tunnel Rats tasks in Vietnam.A record of the 36 Tunnel Rats (Sappers) who died in service, of Tunnel Rat's general tasks, and 20 photos of Tunnel Rats in varying working and rest circumstances.Framed collage, of the Tunnel Rats (Sappers, Royal Australian Engineers), Vietnam. Rectangular, wood frame.Comprises 20 photos, three Tunnel Rats logos, four Corp badges and three Corp insignia with photos of the 36 Tunnel Rats (Sappers) who died in service down the lefthand side of the collage and a brief description of tasks performed by the Tunnel Rats down the righthand side of the collage. Engraved plate "Presented to the Diamond Valley Vietnam Veterans Association by Michael Van Poeteren".vietnam, vietnam war, diamond valley vietnam veterans sub branch, tunnel rats

Junction (Lake Guy) Dam is a 'slab and buttress' type wall. A timber frame is built and then filled with concrete. The first batch of concrete was placed in September, 1940. By June, 1941 the buttresses were finished to a height safe from floods and in October of that year a flood of 2,800 cusecs occurred but with only slight damage to the installations. Industrial trouble caused some delays but there was also slow progress on the part of the contractor and the work was taken over by the S.E.C., terminating the contract. The dam was completed in March, 1944. A walkway was made through the dam wall. Lake Guy was named after Mr. L.T. Guy who was the Resident engineer, in charge of construction work and associated activities on the Kiewa Area from 1939 to November 1946.Diversion dams are installed to raise the water level of a body of water to be redirected. The redirected water is used for hydro electric power generation. A diversion tunnel is usually bored through solid rock next to the dam site to bypass the dam construction site. The dam is built while the river flows through the diversion tunnel.Photos of the construction of the Junction Dam detail the harsh conditions faced by construction workers, building dams and villages to accommodate workers in the 1940s to the 1950s. Australia at this period in time, experienced a surge of population (influx of World War II refugees), which was the catalyst for developing and undergoing an enormous hydroelectricity program for the Alpine regions, both in Victoria and New South Wales. This program was initiated to supply electricity to the major southern Australian cities of Adelaide, Melbourne and Sydney. It was thought that these developments would reduce, if not eliminate, the requirement for coal driven power stations. However time has demonstrated that these power stations have not matched the demand required by the industries and the populations of the major urban and cities.Black and white photograph of Junction Dam diversion tunnel at Bogong VillageHandwritten on back - Junction Dam Diversional Tunnelbogong, secv, junction dam, lake guy

Canoeing on the River Yarra at Melbourne was an important and widespread recreational pursuit for Melbournians, especially in the first half of the twentieth century. The Victorian Canoe Club was formed in 1912 at a meeting in Melbourne and its first committee elected in the same year. Records indicate that the Club continued into at least the 1950s .The photos in this album are historically and socially significant as a record of recreational activities in the first half of the twentieth century. A number of photographs in the album provide views of sections of the Yarra, as well as areas in regional Victoria, that may otherwise be unavailable.One of 12 sepia [faded] photographs of members of the Victorian Canoe Club. This photo shows members of the club relaxing on the rocks near the Pound Bend Tunnel at Warrandyte."Pound Bend Tunnel"victorian canoe club, travel -- 1930s, canoeing, warrandyte, yarra river

x2 B & W v photos of West Kiewa and x1 of the "Diversion Tunnel with titles in white on bottom left hand cornerTitles: West Kiewa; Diversion Tunnel

Canoeing on the River Yarra at Melbourne was an important and widespread recreational pursuit for Melbournians, especially in the first half of the twentieth century. The Victorian Canoe Club was formed in 1912 at a meeting in Melbourne and its first committee elected in the same year. Records indicate that the Club continued into at least the 1950s .The photos in this album are historically and socially significant as a record of recreational activities in the first half of the twentieth century. A number of photographs in the album provide views of sections of the Yarra, as well as areas in regional Victoria, that may otherwise be unavailable.One of 12 sepia [faded] photographs of members of the Victorian Canoe Club. This photo shows the mouth of the artificially made Pound Bend Tunnel, which was created to divert the course of the Yarra to enable gold prospecting in the river bed. "Pound Bend Tunnel"victorian canoe club, travel -- 1930s, canoeing, warrandyte, pound bend tunnel

A sample of the lengths that the Viet Cong went to to out stay their adversary.Laminated diagram of a "Viet" Cong/NVA tunnel system shows the ingenuity and use of the local terrain.Notations of areas of the tunnel systems and on the lower left of the laminated picture is a note that states "The diagram shows a typical tunnel complex used by the Viet Cong during the 1960's."

Glass frame with three(3) Christmas cards with the emblem of the 2nd Australian Tunnelling Company on rear.From Officers and Men of the 2nd Australian Tunneling Company "Somewhere in France"

This machine was in use in the 1940's during the construction of the tunnels for the Hydro Electric scheme. This particular photograph was taken in the Tailrace Tunnel which brings water from West Kiewa Power Station to the open tailrace in Mt. Beauty and then into the regulating pondage before discharge into the Kiewa River. This machine (or one similar) is on display on the Northern side of the entrance to the Visitor's Centre. The tailrace tunnel (or West Kiewa tunnel) was commenced in 1947 from both ends and the breakthrough occurred on 22nd. July, 1950Shows the size of the tunnel and the machinery used for excavation in the 1940's/50's.Black and white photographHandwritten on back of photograph "Jumbo" in Tailrace Tunneltunnel, machinery, water, tail race

Photograph of Davis Open Cut and tunnel Big Hill 1969Safety guard railing and tunnel enterancestawell mining

This claim was named "Kangaroo". It had a deep tunnel but produced little gold. The claim was later sold to an Ararat Syndicate which sluiced out the tunnel.Photo of five miners grouped about a trolley at the mouth of a tunnel.mining, mafeking

Eight coloured photos of Stawell's Water system. a. Old Valve house Pomonal b. Old Valve house & inlet grating from tunnel cutting. c. Old Valve house & Main ground grill. d. Sludge trap. e. interior of water supply tunnel at Pomonal. f. Tunnel showing outlet litter trap with rake for cleaning trap. g. Tunnel entrance at Pomonal. h. Vandal shattered cncrete pipe with multiple wire reinforcing (old?) Eight colour photographs of buildings, tunnels and equipment in bush setting.grampians water supply

Water Supply Tunnel. Four men working at Tunnel entrance. Grampians Range near Pomonal. Two men are working on the side of the embankment and the other 2 are working just outside the tunnel entrance. Four men working at the water supply tunnel entrance in Grampians Range near Pomonal.stawell grampians

This photograph documents the construction of the Jacana Underpass Tunnel, a landmark infrastructure project undertaken to allow Melbourne’s Western Ring Road to pass beneath a complex transport corridor. The corridor included Pascoe Vale Road, Electric Street, and four active railway lines—two broad gauge, one standard gauge, and one commuter line—making traditional tunneling or bridging methods impractical. The tunnel was constructed using a pioneering hydraulic jacking technique, where precast concrete tunnel segments, each weighing approximately 1200 tonnes, were pushed into place through pilot tunnels. This method minimised disruption to the busy transport corridor above, which carried tens of thousands of vehicles and multiple rail services daily. The Jacana Underpass Tunnel was constructed between 1992 and 1993 as part of Melbourne’s Western Ring Road project, a major infrastructure initiative aimed at improving traffic flow and connectivity across the city’s northern suburbs. The underpass was designed to carry the freeway beneath a complex transport corridor that included Pascoe Vale Road, Electric Street, and four active railway lines—two broad gauge, one standard gauge, and one commuter line. Due to the shallow depth of cover—less than one metre in some areas—and the need to maintain uninterrupted road and rail services above, engineers employed an innovative hydraulic jacking technique. This involved pushing precast concrete tunnel segments, each weighing approximately 1200 tonnes, through pilot tunnels using hydraulic rams. The method was one of the largest of its kind in Australia at the time and allowed for the safe and efficient installation of the tunnel without open excavation. The photograph captures a key stage in the construction process, showing the dual tunnel portals, heavy machinery, and construction materials on site. It reflects the scale, complexity, and ingenuity of late 20th-century civil engineering in Victoria and provides valuable insight into the evolution of Melbourne’s transport infrastructure.This photograph documents a pivotal moment in the construction of the Jacana Underpass Tunnel, part of Melbourne’s Western Ring Road infrastructure project undertaken in the early 1990s. The image features two tunnel entrances under construction, surrounded by heavy machinery, construction materials, and temporary fencing, with a dirt access road leading into the site. The Jacana Underpass was constructed using a hydraulic jacking technique, a method that allowed large precast concrete tunnel segments—each weighing approximately 1200 tonnes—to be installed beneath a live transport corridor without disrupting traffic or rail services. This innovative approach was one of the largest of its kind in Australia and addressed significant engineering challenges, including shallow cover and complex geological conditions. The photograph is significant for its documentation of advanced civil engineering practices and the transformation of Melbourne’s northern suburbs through major infrastructure development. It provides insight into the construction techniques, site logistics, and material use typical of large-scale tunneling projects in the late 20th century. As part of an archival collection, this image contributes to the historical record of urban growth, transport planning, and engineering innovation in Victoria. It holds enduring value for researchers, historians, and infrastructure professionals studying the evolution of public works in the state.Colour photo. Construction Site. Jacana underpass tunnel.(Back - blue pen) 'Underpass/Jacana'underpass, jacana, construction, 1990's, jacana underpass tunnel, western ring road

The North East Link Authority was set up to lead development of this project. This newsletter, and additional leaflets, are to keep the community informed of project designs and developments in the area of underground tunnels.An ongoing collection of community updatesVarious page leaflets, colour text and images. Multiple updates on tunnels.north east link, metropolitan ring road, north east link tunnels

There were hundreds of kilometers of tunnels and the Viet Cong used them for living and sleeping quarters, hospitals, arms factories and storage depots. Diorama of Viet Cong tunnel system over four levels in cut away aspectBrass plaque - Manufactured by members of the North West Sub Branch Education Team. P. Austin, J. Forster, M. Zukowski, G .O'Donovan. Presented to the VVAA Museum by the members of the North West Sub Branch, Melbourne. Vietnam Veteran's Association of Australia.diorama, tunnels, tunnel rats, viet cong, cu chi

This photo was taking during construction of the tailrace tunnel between West Kiewa Power Station and Mt. Beauty. Much of the area was unstable and timber supports were erected prior to concreting. The tunnel was commenced in 1941 and completed in 1952. It brings water from the power station into the open tailrace at Mt. Beauty and then into the regulating pondage before discharge into the Kiewa River.Shows method of construction for supporting walls and ceiling of tunnel with timber, size of tunnel (note worker on upper level), and conditions in the work place during construction in the 1940's/50's - note the timber ladder to gain access to the upper level.Black and white photographHand written on back of photograph "Tunnel face at Tailrace showing Arch Drive".tailrace, power station, water, construction

The children from Bulla and MIckleham schools were attending a school camp at Beechworth and one of the activities was hiking in one of the nearby hills. While hiking they came across a tunnel which captured the attention of these children.A non-digital coloured photograph of four children looking into a tunnel, which is under an embankment.school camps, hiking, beechworth

Tunnel Rats Storyboard. The previous Honour Roll & Banners have been altered to include the middle panel with 21 photos of various Tunnel Rats activities on a white backing.There is black writing at the top & 3 crests at the bottom.TThe original photos of the 38 men are on the lefthand side. The story of the Tunnel Rats in on the right hand side.Tunnel Rats; 3 Field troop RAE 1965; 2 Troop 1 Field Sqn RAE. 1 Troop; 1 Fld SQN RAE 1971; 3 Troop 1 Fld SQN RAE; 36 names, rank & age. Our Honour Roll.honour roll, tunnel rats 1965-1971

Photocopies of Hume Weir photographs 1928-29One of three black and white photographs, photocopied onto a single sheet of A4 paper. This one is of construction work on a cliff face, with train lines, tunnel and cable.Written on paper next to photo: "Detail of open cut for [illeg.]. Train lines for taking rock to crusher tunnel & stay ropes of suspension bridge showing"hume weir, suspension bridge, bridges, tunnels, construction

Coloured photos of Fluming Water Supply in the Grampians. a. Grampians Exit of tunnel through Mt William Range built 1874. b. Halls Gap Fyan's Creek with buried pipe from new diversion Weir Nov 24/91 (Fume Main). c. Halls Gap New Diversion Weir (Keith Phillips) Nov 24/1991. d. Halls Gap Old pipe to open flume adapter Nov 24/1991. e. Halls Gap Old metal open flume Nov24/91. f. Halls Gap Old metal flume and man made stone supporting wall. g. Halls Gap Overhanging rocks above old fume line Nov 24/1991. h. Halls Gap Old pipe to open flume adapter Bill Holmes Nov 24/91. i. Grampians Old hut for controlling flow valves etc. at Stawell side of Mount William Range after tunnel exit. Nine colour photographs of various views around a tunnel through a hill site.grampians water supply flume

Photograph of three sketches of North Cross Reef Stawell. c 1874. Photo 1. No 3 Level, Ceiling of tunnel timbered rail line and truck - a workman. Photo 2. The Vertical reef. Photo 3. The Flat Reef. Examples of what the miners were like underground. Reproduction Rights Reserved - Copied by State Library of Victoria.Black and white photograph of three mining scenes (sketched) showing examples of wood timbered underground tunnels.North Cross Reef Stawell. No.3. Level (photo 1). The vertical reef. (photo 2). Workings on the flat reef. (photo 3).stawell mining

The KHES was constructed from the late 1940s to the early 1960s. Jack Watson worked on the Kiewa Hydro Electric Scheme for 39 years. The photos show a group of men (workers) at the entrance of a tunnel.1. Jack Watson is the worker on the back right hand side with a soft Akubra type hat. 2. Jack Watson at the front on the right hand side. 3. Men not identified. When Jack retired he had been the supervisor of the patrolmen during the last 8 years.Three black and white photos of a group of men in work clothe at the entrance to a tunnel on the Kiewa Hydro Electric Scheme.jack Watson has been identified in two of the photos.jack watson, tunnel workers khes

This photograph shows part of the railway constructed and used for the removal of soil and rocks from the tunnels bored out of the mountains for the pipeline servicing the Hydro Electricity power stations in the Kiewa Hydroelectric Scheme. This photo details an era when there were 4,000 construction workers located in two main accommodation camps, Mount Beauty (the larger one) and Bogong village. These accommodation sites were constructed and maintained as a secured or gated residential area with access only available by a special pass authorised by the Kiewa Hydroelectric Scheme. All the power used by the rail system was from electric motors connected to batteries. Overhead power poles seen on either side of the embankment details that electricity from the Scheme was in use. This use was cleaner and more environmentally friendly than the coal still used by large locomotives from city to country railways. The worker shown is not however wearing protective head and hand coverings. This is also an era where there was a lack of health and safety legislation covering workers in dangerous working conditions.Scanned photo of original black and white photo on Kodak XtraLife II paper. Picture is of a section of railway track servicing the tunnels of the Hydroelectric scheme during the 1940s - 1950sOn back of photo "Kodak XtraLife II paper"railway in kiewa electric scheme, tunneling

Lone Pine was an action that featured one of the most famous assaults of the Gallipoli campaign. The attack was planned as a diversion for the Australian and New Zealand units that were to breakout from the Anzac perimeter by capturing the heights of Chunuk Bair and Hill 971. At 5.30 pm on 6 August 1915, the Australian artillery barrage lifted and from concealed trenches in no man’s land the 1st Australian Brigade charged towards the Turkish trenches. The troops paused on reaching the Turkish trenches, finding that many were covered by timber roofs. Some fired, bombed and bayoneted from above, some found their way inside and others ran on past to the open communications and support trenches behind. Others advanced as far as "the Cup" which was where Turkish support units were located and from where the Turks counter-attacked. By nightfall, most of the enemy front line was in Australian hands and outposts had been established in former Turkish communication trenches. The Australian Engineers dug a safe passage across no man’s land so that reinforcements could enter the captured positions without being exposed to Turkish fire. Having captured the Turkish trenches, the Australians now tried to hold what they had taken while the Turks desperately and determinedly tried to throw the Australians out. From nightfall on 6 August until the night of 9 August a fierce battle ensued underground in the complex maze of Turkish tunnels. The Australians succeeded in drawing the whole of the immediate Turkish reserve. Six Australian battalions suffered nearly 2,300 killed and wounded at Lone Pine. Seven Australians were awarded the Victoria Cross, the highest number ever awarded to an Australian division for one action.(http://www.awmlondon.gov.au/battles/lone-pine)Entrance to a tunnel at Lone Pine, Gallipoli. gallipoli, world war one, tunnel, mmm

The Drawings were to be used for manufacture of all the components of the Pikrose engine.Some of the Pikrose Engine was manufactured by Austin Hopkinson and Co. Ltd. The drawings belonged to the SECV and were created in the 1950s. The engine was used in tunnel construction.These drawings were used in the workshop of the SECV during the construction of the Kiewa Hydro Electric Scheme. The engine was used in the tunnel and powered by compressed air.KVHS has the drawings only. Workshop drawings consisting of about 20 paper sheets. Size 2 Pikrose engines powered by compressed air and a winch used to operate a scraper. Used in tunnels of shaft.pikrose engine drawings, compressed air engine, austin hopkinson co. ltd., workshop drawings

Provides information about the works planned to realign tram tracks at the Metro Tunnel Anzac station, following the completion of the surface works. Gives timing, tram routes affected, plans of the proposals, contact details. All St Kilda Road routes would be affected from 27/11/2022 to 17/12/2022, tram stops would be closed, bus replacement services. includes works to remove the Glenhuntly Road level crossing at Glenhuntly Station. Yields information about the trackworks for the future Anzac Station interchange and St Kilda Road services.Set of two documents issued by Rail Projects Victoria (Metro Tunnel) and Yarra Trams with regard to the reallignment of tram tracks at Anzac Station Nov. 2022 1 - Metro Tunnel - Works proposed, maps - 6 A4 pages 2 - Yarra Trams - Service Changes St Kilda Road works - 4 A4 pages.anzac station, metro tunnel, tramways, st kilda road, domain road, domain interchange, park street, track work, tram tracks, glenhuntly road, glenhuntly station, level crossings