Αποτελέσματα Αναζήτησης
The objectives of this structural study are to (1) discover how the John Hancock Building in Chicago resists wind and gravity loads, (2) how to combine the structural effects of wind and gravity loads, and (3) learn how calculate and interpret a structural factor of safety.
The John Hancock Center (Figure 1) was completed in 1968 by Skidmore, Owings, and Merrill (SOM) at 876 North Michigan Avenue in Chicago, Illinois. The 100-story, 1,127 foot tall structure was the tallest building in the world outside of New York City at the time of completion, and heralded Chicago’s arrival on the global stage in the race for ...
To-day the Hancock Tower, with its powerful diagonalized expression, represents a unique icon for the City of Chi-cago. This paper is written to commemorate the 25-year award with an examination of the conceptual develop-ment of the system and its enduring legacy in tall build-ing systems technology.
The tower will occupy less than 50% of the site area. Vertically the structure extends from bed rock, about 143 feet below grade, to the roof at 1,106 feet above grade. Two 344 foot TV antennas on the roof extend the structure to the maximum FAA permissible height of 1,450 feet above street level.
The John Hancock Center is a 100- story, 1,128-foot [7] supertall skyscraper located in Chicago, Illinois. Located in the Magnificent Mile district, the building was officially renamed 875 North Michigan Avenue in 2018.
The John Hancock Center is an International Style skyscraper designed by Skidmore, Owings & Merrill, with Bruce Graham as lead architect, and built between 1965 and 1969 in Chicago, IL. John Hancock Center is not the only name you might know this building by though.
The John Hancock Center, at 875 North Michigan Avenue in the Streeterville area of Chicago, Illinois, United States, is a 100-story, 1,127-foot (344 m) tall skyscraper, constructed under the supervision of Skidmore, Owings and Merrill, with chief designer Bruce Graham and structural engineer Fazlur Khan.
