Delhi – The name is enough to tell anything about tourism, adventure, entertainment, photography etc. Delhi has everything else you could possibly imagine. It has something for everyone. People from Delhi are generally known as DELHITES. Delhi has something for everyone like for shopping and Hangouts, the city has a number of markets and entertainment complexes like Karol Bagh, Lajpat Nagar, Connaught Place, Hauz Khas etc. Transportation Delhi has significant reliance on its transport infrastructure
vertical plate like RC wall in reinforced concrete building, called SHEAR WALL. Walls of the building are continuous throughout the height and generally start at foundation level. Shear walls acts a vertical oriented wide beams which carry earthquake loads downward to the foundation. Shear walls are provided along both length & width of building. Their thickness can be as minimum as 150mm or as maximum as 400mm in high rise building. Most RC building has columns with shear walls. These columns & shear
chandurkar, Dr. P.S. Pajgade.(2013) In this paper we can study that the seismic design of buildings, RC structural shear walls act as a major earthquake resisting members. The properties of these types of shear walls are dominate the response of buildings, therefore it is important to evaluate seismic response of walls. In present study to determine the solution for shear wall location in multistory of buildings. The effectiveness of shear walls can be studied with the
work done on different ways of designing a structural plan for multistoried building. The prime importance of the review was to develop basic understanding of the plan and how to incorporate the same in the structures. HISTORICAL BACKGROUND: Baldev D. Prajapati (2013): The analysis & design procedure that may be adopted for the evaluation of symmetric multi-storey building under effect of Wind and earthquake forces. Structures are designed to resist moderate and frequently occurring earthquakes & wind
Now a day, city vulnerability particularly old and aged structures in face of earthquakes has confronted specialists in various fields as a global issue. This situation in countries with a naturally risky construct such as Iran has effaced with more emphasis in the recent decades. The establishment of the city of Tabriz in its current land where earthquake proneness is among its natural threats has confronted this city with dangers resulting from probable earthquakes and its various consequences
Sanpaolo Office Building is situated on the edge of a historic town centre and is close to the Porta Susa Station. The location is of strategic importance and the Intesa Sanpaolo is surrounded by public services and facilities. The building occupies a site with the adjoining Nicola Grosa garden that has been upgraded to a playful space with lawns and became neighbourhood friendly. The entrance hall of the Intesa Sanpaolo building has an access into the garden on the ground floor. The building has been
No building structure on this planet is earthquake proof, only its resistance to earthquakes can increase. Numerous studies have been conducted on earthquake resistant constructions to minimize damage when an earthquake occurs. But what is an earthquake? According to United States Geological Survey (n.d.), Earthquake happens when two blocks of earth suddenly collide from one another resulting to ground shaking and radiated seismic energy and it is caused by volcanic activity and earth’s sudden stress
This technical report presents the designs and the structure of 30 St Mary Axe which was awarded the 2004 RIBA Stirling Prize and how the designs save 50% more energy than a traditional office building. 1.0 Introduction 30 St Mary Axe is an environmental protective building. It was designed by world famous architects Norman Foster, his partner Skanska and Arup Group. The owners of the building are Swiss reinsurance company Headquarters in London, so it also called "Swiss reinsurance Tower". Also
I will be analysing are the Barcelona Pavilion and the Seagram Building. Ludwig Mies van der Rohe in my opinion redefined what was modern architecture in the 20th century. He revolutionised architectural building and design concepts. He was a German- American architect. Mies wanted to establish a new architectural style that would represent
Introduction. The figure-ground theory is founded on the study of the relative land coverage of · Solid masses à (“figure”) (buildings) to · Open voidsà (”ground”). (parks, streets, squares) A predominant “field” of solids and voids creates the urban fabric. Figure-ground theory is founded on consideration of land coverage buildings as solid mass to open voids. Naturally each environment has an existence of “solids” and “voids”. In spatial design, figure-ground theory