Structural and Architectural Designs of the Optimum Alternative for Rio 2016 Olympic Tennis Stadium
International Journal of Applied Science and Technology
Center for Promoting Ideas (CPI), USA.
Place of Publication
International Journal of Applied Science and Technology (IJAST)
ISSN: 2221-0997 (Print), 2221-1004 (Online)
The next edition of the Olympic Games is going to be held in Rio de Janeiro, Brazil, in 2016. The city of Rio de Janeiro is currently preparing the venues needed for the event. One of the venues that have to be prepared from scratch is a tennis complex. Signature tennis complexes such as theAll England Club tennis complex in London (Wimbledon) were explored to develop the optimum design of a tennis complex for the 2016 Olympic Games. Basic tennis complexes typically have a main stadium, two smaller stadiums, and several ground courts.This paper presents the. This paper summarizes the explored concepts and methodology as well as detailed structural and architectural designs of the main stadium, taking into consideration mainly safety, aesthetical and economical characteristics. The structural model of the main stadium was developed and verified using innovative software package known as ETABS. In addition, the overall architectural layout for the whole complex was developed using the innovative Autodesk Maya3D software. Information provided by the Brazilian Olympic Committee and the International Olympic Committee were used to define key aspects of the project, such as the location, capacity of the main stadium, and the budget available for the facility. Structural and architectural details of the tennis complex in general and the main stadium in particular are provided.
Optimum; Alternative; Structural Design; Rio 2016; Olympic; Tennis; Stadium.
Illustration | Industrial and Product Design | Interdisciplinary Arts and Media | Structural Materials
Mohammad A. Alhassan, Andres R. Montenegro, Bruno Carvalho, and Eduardo Sztrajtman (2014).
Structural and Architectural Designs of the Optimum Alternative for Rio 2016 Olympic Tennis Stadium. International Journal of Applied Science and Technology.4 (7), 1-14. International Journal of Applied Science and Technology (IJAST): Center for Promoting Ideas (CPI), USA..