Search

p. 1318-1327, Years ago we built a large cover to demonstrate the great possibilities that the Vierendeel solution has to solve double curved roof surfaces. It was the Dos Hermanas Velodrome, a good example of this solution. Now we have planned to solve a large cantilever roof spanning 140 m. with a similar solution. For the velodrome we proposed a double curvature shell form in positive Gauss curvature. At present we propose a negative one. In this paper we will consider the design, analysis and construction of such an idea from the first sketches to the final results. The advantages of the proposal are important: Lightness, clarity, economy and good appearance.

p. 1318-1327, Years ago we built a large cover to demonstrate the great possibilities that the Vierendeel solution has to solve double curved roof surfaces. It was the Dos Hermanas Velodrome, a good example of this solution. Now we have planned to solve a large cantilever roof spanning 140 m. with a similar solution. For the velodrome we proposed a double curvature shell form in positive Gauss curvature. At present we propose a negative one. In this paper we will consider the design, analysis and construction of such an idea from the first sketches to the final results. The advantages of the proposal are important: Lightness, clarity, economy and good appearance.

p. 1318-1327, Years ago we built a large cover to demonstrate the great possibilities that the Vierendeel solution has to solve double curved roof surfaces. It was the Dos Hermanas Velodrome, a good example of this solution. Now we have planned to solve a large cantilever roof spanning 140 m. with a similar solution. For the velodrome we proposed a double curvature shell form in positive Gauss curvature. At present we propose a negative one. In this paper we will consider the design, analysis and construction of such an idea from the first sketches to the final results. The advantages of the proposal are important: Lightness, clarity, economy and good appearance.