Sustainable Building Technology. Este artículo no está disponible.Sustainable Building Technology

Sustainability of construction practices has acquired an all pervading importance in view of the run on material resources in recent years. Since construction industry guzzles huge quantities of materials, auditing their consumption is of urgent importance. Energy is another scarce resource. Conservation of energy and materials to meet the needs of future generations is the cornerstone of the approach to sustainability.

This monograph is an attempt to provide information on sustainable materials use and energy conservation for students of engineering and architecture. It is hoped that it will help professionals to think in the direction of new alternatives. Reduction in the use of fossil fuel based materials, use of renewable materials like bamboo and timber and recycling of construction and demolition wastes are some of the possibilities.

There is also an emphasis on the concept of green buildings. A special chapter is contributed to new building technologies for affordable housing for sustainable development.

K.S. Jagadish obtained his PhD in Structural Engineering in 1969 from Indian Institute of Science (IISc). He joined the faculty of Civil Engineering in 1967 in the Institute and also spent a year as Post Doctoral Fellow at Karlsruhe University in Germany. He eventually became Professor of Civil Engineering in Indian Institute of Science in 1984. He concurrently took up the Chairmanship of the Centre of ASTRA from 1983 to 1989. After retirement in 2002 he was Emeritus Scientist for 4 years. In 2006 he took up Visiting Professorship at R. V. College of Engineering and mentored their Master’s Program in Structural Engineering till Jan 2015. He is currently associated with a voluntary agency GRAMAVIDYA and is involved in the dissemination of alternative sustainable technologies. His interests include Structural Dynamics, Earthquake Engineering, Shell Theory, Masonry Structures, Alternative Buildings and Rural Energy Systems.