Archive for category Civil Projects
NIT Trichy | Case Study, Documentation and Analysis
Posted by BenzuJK in Civil Projects, Mega Projects on March 10, 2010
NIT Trichy, or the “National Institute of Technology” is an Engineering College in Tamilnadu.
The ensuing design is primarily based on the Indian values of living and at the same time converging a number of technologies, applied in a creative and innovative way.
Evolution of Form
The solar performance of various forms of the same volume has been analyzed to evolved the ultimate profile. A cuboid oriented with the longer side along the east west axis gets heated throughout the year.
NIT Trichy view
A semi-circular cylinder with inclined walls performs exceptionally with insignificant heating in the summer and increased heating in winter.
Influence of space and volume on psychology
Variation in temperature and volume along the transition spaces increases user receptivity.
Interaction between the atrium and the various levels, facilitates cognitive mapping of the form.
Progression from formal to informal spaces promotes interactive group behavior.
The circulation staircase invokes a sense of accessibility in the building.
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Originally posted 2010-02-07 06:34:08.
Application of Green Building Technology in India | Thiagaraj Convention Center
Posted by BenzuJK in Civil Projects, Green Building on March 10, 2010
When people talk about Green buildings, it is assumed they are eco-radical tree-huggers. But its true. Green building technology can really help achieve sustainable development by reducing energy consumption to a large extent and improving the return on investment by reducing maintenance.
When considering the economic benefits of smart technologies one must include many factors, such as health cost, future economic stability, quality of life and costs of operation.
In India, Thiagaraj Convention Center in Chennai is one such place where green building technology has been extensively used. Many of the building techniques can easily be adapted to existing buildings. For example, the transition from incandescent light bulbs to compact fluorescent light bulbs can lead to energy savings of upto 75% of costs. The small increase in initial costs to purchase the bulbs would easily be recouped many times over by the savings and extended life of the new bulbs.
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Originally posted 2010-02-07 18:16:26.
Leading the Green Building Movement | TKM College of Engineering (Chennai)
Posted by BenzuJK in Civil Projects, Green Building on March 10, 2010
“A green building is one which uses less water, optimizes energy efficiency, conserves natural resources, generates less waste and provides healthier spaces for occupants, as compared to a conventional building.”
As the world reels under the stress of economic recession and Peak oil, efforts are being made to minimize the use of energy, to maximize return on invested resources by recycling and optimum use of natural resources. Such efforts have culminated into the new Green building movement across the planet.
Brief Introduction of the Project
A contemporary convention centre having state of art facilities, using modern building techniques and energy efficiency as the prime design parameters.
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Originally posted 2010-02-07 14:05:24.
The Art and Science of Structural Design Engineering
Posted by BenzuJK in Civil Projects on February 22, 2010
The practice of Civil Engineering is extremely diverse, involving technical, legal, business & practical skills. It consists of various specializations like Structural Engineering, Project Management, Geotechnical Engineering and Surveying. The ability to combine skills in all these areas will contribute significantly to the success of a civil engineer.
Akashi Kaikyo Bridge, Japan - World's Longest Suspension Bridge
To provide an overview of factors which are relevant to the successful practice of structural engineering, we have to look at the role of a structural engineer, understanding the needs and objectives of a client, the difficulties and conditions faced on site and the constraints put down by the Architect. A structural designer is capable of calculating different loads and stresses acting on a structure and designing the structure to resist there forces. For tall buildings, towers, tunnels, roads, marine structures, bridges and even space stations, structural designers are called upon to provide their expertise to ensure the stability of the structures.