- •Unit 1 architecture of industrial and civil constructions exercise 1
- •Exercise 2
- •Exercise 3
- •Exercise 4
- •Exercise 5
- •Exercise 6
- •Exercise 7
- •Architecture of industrial and civil constructions
- •Exercise 8
- •Exercise 9
- •Exercise 10
- •Exercise 11
- •Exercise 12
- •Exercise 13
- •Exercise 2
- •Exercise 3
- •Exercise 4
- •Exercise 5
- •Exercise 6
- •Exercise 7
- •Structural mechanics
- •Exercise 8
- •Exercise 9
- •Exercise 10
- •Exercise 11
- •Exercise 12
- •Exercise 13
- •Exercise 14
- •Exercise 15
- •Unit 3 hydraulic engineering exercise 1
- •Exercise 2
- •Exercise 3
- •Exercise 4
- •Exercise 5
- •Exercise 6
- •Exercise 7
- •Hydraulic engineering
- •Exercise 8
- •Exercise 9
- •Exercise 10
- •Exercise 11
- •Exercise 12
- •Exercise 13
- •Exercise 14
- •Unit 4 town building and municipal services exercise 1
- •Exercise 2
- •Exercise 3
- •Exercise 4
- •Exercise 5
- •Exercise 6
- •Exercise 7
- •Exercise 8
- •Town building and municipal services
- •Exercise 9
- •Exercise 10
- •Exercise 11
- •Exercise 12
- •Unit 5 building materials and engineering components
- •Gas supply, ventilation and air conditioning
- •Exercise 4
- •Exercise 5
- •Exercise 6
- •Exercise 7
- •Gas supply, ventilation and air conditioning
- •Exercise 8
- •Exercise 9
- •Exercise 10
- •Exercise 11
- •Water supply and removal of sewage
- •Exercise 4
- •Exercise 5
- •Water supply and removal of sewage
- •Exercise 8
- •Exercise 9
- •Exercise 10
- •Exercise 11
- •Unit 8 technology of building construction exercise 1
- •Exercise 2
- •Exercise 3
- •Exercise 4
- •Exercise 5
- •Exercise 6
- •Exercise 7
- •Exercise 8
- •Technology of building construction
- •Exercise 9
- •Exercise 10
- •Exercise 11
- •Exercise 12
- •Unit 9 environmental and social impact
- •Exercise 2
- •Exercise 3
- •Exercise 4
- •Exercise 5
- •Exercise 6
- •Environmental and Social Impact
- •Exercise 7
- •Exercise 8
- •Exercise 9
- •Indicate which of the two English sentences is nearest in meaning to the Russian sentence.
- •Exercise 10
- •Exercise 2
- •Exercise 3
- •Exercise 4
- •Exercise 5
- •Exercise 6
- •Exercise 7
- •Architectural styles
- •Exercise 8
- •Exercise 9
- •Exercise 10
- •Part II Грамматические упражнения для снятия трудностей перевода, обусловленные структурными особенностями английского предложения Артикль
- •Существительное
- •Прилагательное
- •Местоимение
- •Глагол. Личные формы
- •Глагол. Неличные формы
- •Наречие, предлог, союз
- •Подлежащее
- •Дополнение
- •Определение
- •Эллипсис
- •Двойное управление
- •Многозначность
- •«Ложные друзья переводчика»
- •Некоторые употребительные выражения
- •Part III supplementary reading
- •1) Прочитайте текст, не прибегая к словарю. Builder's Machinery and Equipment
- •Steel Scaffolding
- •Concrete Mixers
- •Lifting Equipment
- •Road-Making Machinery
- •Excavating Machinery
- •2) Сделайте письменный перевод текста со словарем, обращая внимание на выделенные моменты, проработанные вами по данному пособию.
- •3) В целях накопления переводческого опыта просмотрите текст снова, анализируя попутно следующее:
- •Roman architecture
- •Anglo-Saxon architecture
- •Norman architecture
- •Gothic architecture
- •Vernacular architecture
- •Stuart architecture
- •Georgian architecture
- •Victorian architecture
- •Twentieth century architecture
- •The Architecture of Egypt
- •3. The Architecture of Asia
- •Related Projects
- •Liuzhou Diwang Fortune Plaza, Guangxi, China
- •Shenzhen Jing Ji Dameisha Sheraton Hotel, Shenzhen, China
- •Related Projects
- •Capital Tower, Singapore
- •Suntec City, Singapore
- •Grand Lisboa, Macau, China
- •1881 Heritage, Hong Kong
- •Text 4 The Architecture of India
- •Mehrgarh culture—Indus Valley Civilization (7000 bce—1500 bce)
- •Post Maha Janapadas period (1500 bce—200 ce)
- •Early Common Era—High Middle Ages (200 ce—1200 ce)
- •Late Middle Ages (1100 ce—1526 ce)
- •Islamic influence and Mughal Era (1526 ce-1857 ce)
- •Colonial Era (1857 ce—1947 ce)
- •Republic of India (1947 ce—present)
- •Gallery
Related Projects
Capital Tower, Singapore
AECOM provided building engineering services for the office tower in Singapore.
Suntec City, Singapore
Occupying a site of 11.7 hectare, the Suntec City project comprises a convention and exhibition centre, four 45-storey office towers, one 18-storey office block, retail and commercial space and basement parking on two levels for 3,000 cars.
Constructed by a "top down" method, the steel-framed Convention and Exhibition Centre is the largest in Southeast Asia. The lower levels of the seven-storey building have column
grids at 30 x 30 meters providing open floor areas; the top level houses the column-free Convention Hall which accommodates up to 13,000 people. A major exhibition hall with an area of 12,352 square meters and a smaller permanent exhibition hall are also incorporated into the building. A specially designed spiral container truck ramp facilitates service access to the centre.
The distinctive roof structure consists of a series of pyramids suspended from a space frame of tubular steel sections using specially designed load-bearing node assemblies. Clad in aluminum, it covers an area of 24,000 square meters and is designed to allow for thermal movement and to exclude external noise.
Clustered around the Fountain Terrace, the five office towers support a working population of 22,000. Within these high-rise blocks space is arranged around a central service core to allow maximum penetration of natural light. Their cut-away design creates sculptured forms which provide a variety of dynamic perspectives.
Grand Lisboa, Macau, China
Assigned by Sociedade de Turismo e Diversoes de Macau, AECOM provides structural and geotechnical engineering consulting services to this 54-floor, leaf-shaped hotel and an oval entertainment center. Due to its multifaceted structure which requires the use of complex foundation techniques, the project recently won a Commendation Award at the 2009 Structural Excellence Awards Competition in Hong Kong.
The Grand Lisboa occupies a site area of about 12,000 square meters with a Gross Floor Area of over 135,000 square meters. The 54-story building is one of the tallest in Macau at 228 meters. The building is inspired by the shape of a lotus flower, which requires the upper part of the structure to cantilever over 20 meters on each side.
The podium floors consist of various long span column free areas of over 40 meters, and a large cantilevered area supported by a cable stayed structural arrangement. The podium entertainment area is covered by a large column-free elliptical sphere of 40 meters x 80 meters x 40 meters.
The sphere is designed as a thin shell structure braced by a skeletal steel frame. A floating tunnel, which links to the existing Lisboa, has been constructed according to the horizontal pipe jacking technique. There are four basement levels, and the design adopts a top-down construction sequence.
The complex building design also satisfies the seismic design requirement of Macau's building code.
1881 Heritage, Hong Kong
Flying Snow Limited selected AECOM to provide structural and geotechnical engineering services for the redevelopment of the Former Marine Police Headquarters in Hong Kong.
Located at the heart of the high-end retail and cultural center in Tsim Sha Tsui, Kowloon, the heritage complex is made up of the former Marine Police Headquarters, Signal Tower, Stable House, Fire Station and Accommodation Block. These buildings were constructed between 1881 and 1920, and listed as monuments under the Hong Kong Antiquities and Monuments Ordinance.
By offering structural and geotechnical engineering services, our building engineering team helped develop the site into a sustainable commercial and tourism enhancing development through restoration, preservation and conversion. The project scope included tree preservation, site formation and construction of a new retail complex and basement. We also carried out alteration and additional work on existing heritage buildings to convert them into a boutique hotel, a high-end retail complex and restaurants. This is the largest conservation and revitalization project of its kind that has been completed in Hong Kong.
Discovery College, Hong Kong
The English Schools Foundation appointed AECOM to design and construct a new campus in Discovery Bay, Hong Kong.
Shenyang International Financial Center, Shenyang, China
AECOM creates an iconic landmark in Shenyang, China.
Chengdu International Financial Center, Chengdu, China
Wharf Estates China Ltd. commissioned AECOM to provide building engineering services for the large scale commercial complex development in Chengdu.
Suntec City, Singapore
Our building engineering team provided the consultancy service for the largest privately owned commercial development in Singapore.