ACT Engineering Heritage Tour
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and energy stored in massive rotating disks. The remains of the the of remains The disks. rotating massive in stored energy and Grants Program. Grants particle accelerator and homopolar generator with huge magnets magnets huge with generator homopolar and accelerator particle Government under the ACT Heritage Heritage ACT the under Government Mark Oliphant. His plans centred on combining a cyclo-synchrotron cyclo-synchrotron a combining on centred plans His Oliphant. Mark funding made available by the ACT ACT the by available made funding under the directorship of the noted Australian nuclear physicist physicist nuclear Australian noted the of directorship the under This project was supported with the the with supported was project This The Research School of Physical Sciences commenced in 1947 1947 in commenced Sciences Physical of School Research The 10 ANU Nuclear Physics Physics Nuclear ANU more recently, the proliferation of mobile phones. mobile of proliferation the recently, more stations and allowed colour TV to be introduced to Canberra and and Canberra to introduced be to TV colour allowed and stations The tower houses the transmitters and aerials for radio and TV TV and radio for aerials and transmitters the houses tower The the dome shape. dome the acoustics created by by created acoustics above the podium building. building. podium the above the complex internal internal complex the tower has an overall height of 195 metres metres 195 of height overall an has tower Newman Inc resolved resolved Inc Newman to 4 metres, with a steel antenna on top. The The top. on antenna steel a with metres, 4 to Bolt, Bereneck and and Bereneck Bolt, is 12 metre in diameter at the base, tapering tapering base, the at diameter in metre 12 is design. Consultants Consultants design. diameter foundation supports a shaft which which shaft a supports foundation diameter integrity of the the of integrity equipment and public access. A 30 metre metre 30 A access. public and equipment test the structural structural the test for several floors of telecommunications telecommunications of floors several for was constructed to to constructed was two concentric concrete drums which are used used are which drums concrete concentric two A 1/40th scale model model scale 1/40th A consists of a reinforced concrete shaft supporting supporting shaft concrete reinforced a of consists Civil Engineering Dept. Dept. Engineering Civil Works and was built by Concrete Constructions. It It Constructions. Concrete by built was and Works Melbourne University University Melbourne engineers of the Commonwealth Department of of Department Commonwealth the of engineers Consultants included engineers WL Irwin & Associates and the the and Associates & Irwin WL engineers included Consultants was designed and supervised by architects and and architects by supervised and designed was The structural design posed considerable technical complexities. complexities. technical considerable posed design structural The years later it is a major tourist attraction. The tower tower The attraction. tourist major a is it later years in an attempt to prevent its construction but forty forty but construction its prevent to attempt an in a meeting room, gallery and library on the two floors above. above. floors two the on library and gallery room, meeting a was very contentious and court action was taken taken was action court and contentious very was with with floor, ground the on auditorium 159-seat a is There world. the telecommunications tower on Black Mountain Mountain Black on tower telecommunications concrete ring beam forming a moat; it was the largest of its type in in type its of largest the was it moat; a forming beam ring concrete and regional television networks. The proposed proposed The networks. television regional and diameter and is held up by 16 slender supports surrounded by a a by surrounded supports slender 16 by up held is and diameter telephone capacity and support expanding national national expanding support and capacity telephone The innovative, light-weight concrete dome is 45.75 metres in in metres 45.75 is dome concrete light-weight innovative, The microwave link to augment coaxial cable trunk trunk cable coaxial augment to link microwave Grounds. The building was completed in 1959 and cost £200,000. £200,000. cost and 1959 in completed was building The Grounds. By the 1970s there was pressure to build a a build to pressure was there 1970s the By This award-winning building was designed by the architect Roy Roy architect the by designed was building award-winning This 9 Black Mountain Tower Tower Mountain Black 11 Australian Academy of Science, Shine Dome Shine Science, of Academy Australian structural engineering”. engineering”. structural viewed to explain the equipment. the explain to viewed philosophy that there is no division between architecture and and architecture between division no is there that philosophy City, Yarralumla & Northside & Yarralumla City, the output of the accelerator by 50%. An ANU YouTube film can be be can film YouTube ANU An 50%. by accelerator the of output the The architect stated that both buildings “are expressions of the the of expressions “are buildings both that stated architect The designed in-house at the Research School, boosted the energy of of energy the boosted School, Research the at in-house designed In 2005 a new Superconducting linear accelerator beam line, line, beam accelerator linear Superconducting new a 2005 In Sydney Olympics. Olympics. Sydney further renovationed in 1997 for soccer games during the 2000 2000 the during games soccer for 1997 in renovationed further international researchers. international 1990 to become the home ground for the Canberra Raiders. It was was It Raiders. Canberra the for ground home the become to 1990 Heritage Tour Heritage detectors for a range of experiments undertaken by Australian and and Australian by undertaken experiments of range a for detectors was removed after the stadium was upgraded for rugby league in in league rugby for upgraded was stadium the after removed was one of several lines, each equipped with different devices and and devices different with equipped each lines, several of one cantilever roof supported by masts and cables. The running track track running The cables. and masts by supported roof cantilever from the bottom of the accelerator. Magnets steer the beam into into beam the steer Magnets accelerator. the of bottom the from 400 metre running track and this 8000-seat grandstand with a a with grandstand 8000-seat this and track running metre 400 speed of light. A beam of speeding sub-atomic particles emerges emerges particles sub-atomic speeding of beam A light. of speed Engineering outdoor athletics stadium. The stadium originally included a a included originally stadium The stadium. athletics outdoor voltage accelerates charged particles (ions) at up to 10% of the the of 10% to up at (ions) particles charged accelerates voltage The Mal Meninga Stand was completed in 1977 as part of an an of part as 1977 in completed was Stand Meninga Mal The generates enormous voltages of 14 million volts and more. This This more. and volts million 14 of voltages enormous generates 1974. It is housed in a 40 metre-tall steel and concrete tower, and and tower, concrete and steel metre-tall 40 a in housed is It 1974. Engineering Award. Engineering ACT commissioned in in commissioned has been conferred with the Institution of Engineers Excellence in in Excellence Engineers of Institution the with conferred been has from the USA and and USA the from James Laron Murtagh as the structural engineer. Each building building Each engineer. structural the as Murtagh Laron James was purchased purchased was were designed by Phillip Cox & Partners with Ken Murtagh of Bond Bond of Murtagh Ken with Partners & Cox Phillip by designed were Accelerator which which Accelerator a 100 metre span. This arena and the adjacent outdoor stadium stadium outdoor adjacent the and arena This span. metre 100 a 14UD Heavy Ion Ion Heavy 14UD roof, supported by 12 steel masts and 36 mainstay cables, with with cables, mainstay 36 and masts steel 12 by supported roof, construction of the the of construction The AIS Arena features a 1200 tonne suspended concrete panel panel concrete suspended tonne 1200 a features Arena AIS The was responsible for for responsible was Institute of Sport (AIS). (AIS). Sport of Institute Ernest Titterton, Titterton, Ernest and subsequently became the inaugural home of the Australian Australian the of home inaugural the became subsequently and Oliphant’s successor, successor, Oliphant’s The National Indoor Sports Centre was opened on 26 January 1981 1981 January 26 on opened was Centre Sports Indoor National The the Cockroft Building. Building. Cockroft the Sports Centre and Mal Meninga Stand Meninga Mal and Centre Sports can be seen outside outside seen be can 8 Australian Institute of Sport - National Indoor Indoor National - Sport of Institute Australian homopolar generator generator homopolar Tour Sites Heritage Marker 1 The Route 3 Outfall sewer historic marker 1931 and 1935. There was a further closure during World War II but brick making resumed and continued until 1976. The site has since The start point in the National Capital Exhibition Centre/Visitor The Main Outfall Sewer was commenced in 1914 and has operated been used for a range purposes, but kilns and machinery should be Information Centre provides an introduction to Canberra’s design. since 1926 as part of Canberra’s wastewater system. Completion retained as part of an urban renewal project. There are historic objects including surveying equipment used by of the sewer allowed the Federal Parliament to transfer from Charles Scrivener, who produced the first detailed survey of the area Melbourne. It originally conveyed sewage from central Canberra by Narrow gauge railways linked the works to major building sites in 1909, used to brief entrants in the Canberra design competition.