Saturday, 11 February 2012
Wednesday, 8 February 2012
Max Fordham, Britain
From this broad base we have developed specialisms, enabling us to offer a detailed knowledge, grounded within a wider context, of acoustics, computer modelling and building physics, specialist CAD, environmental audits, urban design and masterplanning. Buildings are responsible for over half the carbon emissions produced by our society.
We aim to minimise their impact on the environment by making use of passive design, considering building form and how it influences the environment within. From the start of a project we work with the design team to develop the form, fabric and orientation of buildings or groups of buildings to make the best use of solar gain and daylighting, minimise overheating, provide ventilation and control energy use. We identify ways in which energy consumption, use of resources and the production of waste can be reduced.
Recently completed work includes award winning arts projects such as the refurbishment of the Royal Festival Hall, The Young Vic and the RAF Museum in Cosford, innovative education work including the City of London Academy and Telford College in Edinburgh and sustainable exemplars such as Heelis, the National Trust HQ, Swindon, RSPB Rainham Marshes and Beaufort Court Zero-Emissions Office, Hertfordshire. We are currently working on over 100 projects at various stages of completion including Transforming Tate Modern in London, MAXXI gallery Rome’s new centre for contemporary arts and the Royal Museum of Edinburgh.
We also advise on strategies for generating renewable energy to help our clients meet the requirements of initiatives like the London Plan, which currently requires that 20% of the site’s energy demand be met by renewable means. Over forty years, the success of our approach has brought us many awards, including The Queen’s Award for Enterprise in Sustainable Development and Building Magazine Sustainable Engineer of the Year Award 2008. We continue to develop and explore new ideas, working methods and technologies to stay at the forefront of our industry.
Benoy
Benoy’s commercial turning point came in 1999 with the successful completion of Bluewater in Kent. Recognised throughout the industry as a benchmark in retail design, this landmark shopping centre has more than doubled in value since opening.
Sited among the white cliffs of a former chalk quarry, Bluewater provides 150,000m2 of retail, 12,500m2 of leisure space and parking for 13,000 cars. Home to a wide range of flagship British stores, Bluewater has consistently welcomed over 80,000 visitors a day, making it one of the UK’s most popular retail centres.
A string of successful UK developments followed, including Brindleyplace in Birmingham and the Cornerhouse, Nottingham (voted Nottingham’s favourite new build by city residents). Bluewater also provided the springboard for Benoy’s first foray into Hong Kong, helping us to secure the prestigious Elements retail complex in Kowloon. This 85,000m2 mall, which sits atop Kowloon’s MTR station, is a triumph of creative, unconventional design. As well as setting benchmarks for international retail projects, Elements provided a valuable foothold in the region. Benoy Hong Kong opened in 2002 to oversee the delivery of Elements and the nine storey APM Millennium Plaza retail project, a raft of high-end international developments soon followed.
Benoy continues to thrive in the UK, branching out into other architectural sectors including mixeduse, airports, commercial, hospitality, leisure, residential, transportation and urban regeneration. Birmingham’s Bullring - which opened in 2003, is one of Benoy’s greatest achievements. The £500m redevelopment of Birmingham’s City Centre provided the catalyst for the city’s renaissance.
Enjoying 100% occupancy levels from day one, Bullring includes two department stores, 146 shops, cafés, restaurants, public spaces and performance areas. In the last five years Benoy has continued its global expansion, with schemes across Asia, Europe and the Middle East. This expansion saw the opening of studios in Abu Dhabi, Shanghai and Singapore, which oversees projects including Yas Island, one of the world’s largest and most prestigious mixed-use destinations and ION Orchard, the iconic mixed-use development in the heart of Singapore.
Along the way Benoy has won a string of major awards, including the prestigious Queen’s Award for Enterprise and International Trade. Looking towards the future, Benoy is still driven by the same values that defined the Company six decades ago, creativity, intelligence, professional integrity and personal service.
Civil Engineering / Construction Management
AGA has developed a highly skilled professional staff of civil engineers, designers and draftsmen to offer complete service in virtually all aspects of civil engineering affecting governmental agencies.
Projects managed include traffic signal upgrading, roadway improvements, landscaping, street lighting and traffic signal interconnect. This aspect of AGA’s expertise involves the actual field inspection as well as administration of all federal requirements, including responsibility on federally funded projects for the voluminous amount of paper work that was previously handled by Caltrans but is now the responsibility of the local agency.
AGA’s principals, as well as many senior staff members, have years of experience in municipal engineering affecting government agencies and are well versed in addressing the special requirements of municipal engineering. Through the use of state-of-the-art computerized equipment, AGA can offer government agencies detailed plans, specifications and estimates in an extremely efficient time frame and in accordance with specific requirements of various funding sources.
International Study of Rework in Construction and Engineering Projects
The aim of this survey is to obtain information from construction practitioners about the causes, costs and effects of rework in construction and engineering projects so that effective reduction and containment strategies can be developed. In construction, direct rework costs have been found to be considerable. These costs could be even higher as they do not incorporate the latent costs and disruption caused by schedule delays, litigation and other intangible aspects of poor quality.
For the purpose of this survey rework is defined as "the unnecessary effort of re-doing a process or activity that was incorrectly implemented the first time".
You should relate your answers specifically to a recently completed project that you have been involved with. The survey will take approximately 20 minutes to complete.
Upon request, those who participate in the study will receive a free copy of a report summarizing the results of this survey.
The Universities participating in this international research project include: Curtin University (Australia), University of New South Wales (Australia), Bond University (Australia), Yonsei University (South Korea),Pontificia Universidad Católica de Chile (Chile), Birmingham City University (UK), East Carolina University (USA), Universitat Politècnica de Catalunya(Spain), City University (Hong Kong), Purdue University (USA), University of Johannesburg (South Africa), Nangyang Technological University (Singapore), Harbin Institute of Technology (China), University of Twente (Netherlands) and Indian Institute of Technology (India).
Press Photography. Part V. Engineering Construction. Continued
Press Photography. Part V. Engineering Construction. Continued
510. Panama Canal
Panama Canal. One of the greatest engineering projects of modern times, and one of special interest to every American, is the construction of the great Panama Canal across the Isthmus of Panama. When completed this canal will connect the Carribean Sea with the Gulf of Panama - or, in other words, the Atlantic Ocean with the Pacific - adistanceof about 50 miles. This project hasIllustrationNo. 09 Engineering Construction - StructuralIronWork See Paragraph 508
Illustration No. 100
Engineering Construction - Reservoir
See Paragraph 509 received much attention during the past twenty-five years. Large sums of money were raised by a company, organized in France, to construct a sea-levelcanal at Panama. The actual work performed was very slight, as compared to the total amount required to complete the canal, and entirely out of all proportion to the expenditure. Finally, the affairs of the company fell into thehandsof receivers, under very scandalous circumstances. The United States Government, in the meantime, appointed an engineering commission to examine the project, having received an offer from the French Panama Canal Company, who wished to dispose of their interest in the project, for forty millions of dollars. The matter was finally considered by Congress and terms agreed upon, which gave the United States full possession of the Isthmus of Panama.
511. Accurate reports must be sent, by the engineering officials working on the Canal, to the head of the United States Government, and it is, therefore, just as necessary to have officialphotographersas regular constructing engineers. Thus it will be seen that photography plays an exceptionally important part in this particular instance.
512. In addition to these,pressphotographers are sent to the Canal Zone, from time to time, to secure photographs and information for the magazines they represent. The photographs we have reproduced in the accompanying illustrations are of the type the press photographer would obtain.
513. In Illustration No. 101,Figure1 shows the Cu-lebra Cut as it appeared in June, 1906. This cut is about 11 miles from the city of Panama, which city is located on the west side of the Isthmus. Figure 2 is from a photograph of Bas Obispo Cut, looking toward Colon, which city is on the eastern side of the Isthmus. This illustration shows a mountain of solid rock, which will have to be excavated for the Canal. Figure 3 shows the dirtcars, three deep, at Las Cascadas. The Canal is in the immediate rear. Figure 4 is from a photograph of a steam shovel working on the higher levels of the Culebra Cut. This steam shovel may also be seen in the distance in Figure 1.
514. In making these photographs it was the aim of the photographer to show to the best possible advantage the lay of the ground and the methods employed in getting out the dirt and rocks.
515. The photographs reproduced in Illustration No. 102 are scenes in Panama City. Figure 1 is a view of this city from Tivoli Hotel. Figure 2 is from a photograph of Central Avenue after the Isthmian Canal Commission had paved it. This shows the Spanish style of architecture, which prevails throughout the Isthmus. Figure 4 shows another section of this avenue during the Roosevelt parade in 1906. Figure 3 shows yards of the Panama Railroad at Panama City.
516. In Figure 1, Illustration No. 103, is shown a lot of old Frenchmachinerypiled up at Empire. This is but a small part of the unusedmaterialswhich were left by the French company when the United States purchased the Isthmus. Figure 2 shows the laborers in line for their pesos, at Ancon. Figure 3 is a mining gang at Pedro Migner, excavating for a lock site. Figure 4 is a general view of the Empire shops, at Empire City.
517. In Illustration No. 104, Figure 1, is shown a type of architectural construction used throughout the Panama regions, and which the American Government uses entirely for their employees. The building is constructed with large porches completely surrounding it, which porches are screened in so that it may be possible for persons to sit out in the fresh air and yet be protected from mosquitoes and other insects, which are very troublesome at times. The particular building illustrated in this figure is the penitentiary at Culebra, a double row of barb-wire being around it. Figure 2 is a tropical view showing the palms in the hospital grounds at Ancon. The house on the right was formerly the De Lesseps' palace. Figure 3 shows the native huts at Pueblo Nuevo. Figure 4 is from a photograph of a railroad flag station at Lirio. One of these stations is located at every turn in the road, inorderto avoid collisions, for dirt trains from the Cut follow each other very closely.
Illustration No. 101
Illustration No. 102
Illustration No. 103
519. Pictures such as these just described, accompanied with a little data somewhat after the style of this chapter, for the compiling of a story, is what thepaperswant and are willing to pay liberally for. The more action and typical views one can obtain the more interest the pictures will have.
Read more:http://chestofbooks.com/arts/photography/Practical-Photography-2/Press-Photography-Part-V-Engineering-Construction-Continued.html#ixzz1lnfgeqte
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