66 resultados para Melbourne (Vic.) -- Buildings, structures, etc. -- Photographs

em Deakin Research Online - Australia


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Lithographs have the following titles: Agnes River, Corner Inlet, Gipps Land -- West side of Mt Arapiles -- Mitchell River -- Mt. Munda from St. Hubert, Yering -- McAlister Valley, Gipps Land -- Wentworth River

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This research shows something of the historic past of the Chinese in Bendigo and their impact on the built environment. The findings rediscover and preserve the past providing an avenue for future generations to learn and understand the Chinese and their significance to the architecture of Bendigo's past and future.

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Defines the geometrical proportion that was used to design the Classical Parthenon of Athens. Through the exploration of Pythagorean theories, the symbolism of the numbers 4, 6, and 9, which make up the temple's geometrical proportion, is unraveled in order to reveal the meaning of the temple's design.

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Aims to compare the energy embodied in office buildings varying in height from a few storeys to over 50 storeys. The energy embodied in substructure, superstructure and finishes elements was investigated for five Melbourne office buildings of the following heights: 3, 7, 15, 42 and 52 storeys. The two high-rise buildings have approximately 60 percent more energy embodied per unit gross floor area (GFA) in their materials than the low-rise buildings. While building height was found to dictate the amount of energy embodied in the “structure group” elements (upper floors, columns, internal walls, external walls and staircases), other elements such as substructure, roof, windows and finishes seemed uninfluenced.

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The delegates are numbered and their names listed below the print: 1.M'Millan, 2.A. Inglis Clarke, 3.Sir John Hall, 4.Captain Russell, 5.Macrossan, 6.Sir Samuel Griffith, 7.Sir Henry Parkes, 8.Playford, 9.Premier Gillies, 10.Deakin, 11.Dr. Cockburn, 12.B.S. Bird, 13.Sir J. Lee Steere, 14. Secretary Jenkins.

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In Melbourne, green roofs are increasingly being included in the new and retrofitted buildings that claim to be ‘sustainable’ or ‘green’. This enthusiasm follows overseas experience where a variety of benefits have been recorded; these include a reduction in heating and cooling loads. This benefit is of particular importance because of the urgent need to reduce the greenhouse gas emissions associated with air conditioning. What is the potential for such savings and to what extent are some of the existing green roofs likely to achieve these benefits? This paper begins with a review of the overseas experience to reduce conditioning loads, particularly cooling, in temperate climates. Some observations on the potential and practice of green roofs in Melbourne is then presented. The results of measurements of plant canopy, soil and hard surface temperatures on two green roofs in the Melbourne Central Business District are discussed and future on-going work is outlined.

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