Bridge Design Concept :: essays research papers

span Design Concept          Our bridge consists of three takes supported by 1 high piston chambers to support each level. On each level we exit have rows of both three and four cylinders extending across the middle. Each cylinder bequeath be push-down stacked on another, evenly head start and concentrate on to gain support. Our bridge will be 28 X 2 -7/8. The length of our bridge is probably the biggest and most significant reader to our outcome. The desk table gap is 14 colossal, while our bridge length is 28 long. This shows that we would only be testing a sm completely portion of our long bridge. It is significant because we have the advantage of having twice the criterion of supporters, while we will be only testing a small portion of our bridge. With all of our cylinders we know that this bridge will evenly distribute weight.     Our bridge will span 28 long. Our main supporting system is in the hammer of a cylinder. We chose the cylinder because it is capable of supporting a large descend of weight. Each cylinder will brushed with an outer coat of Elmers mucilage to subjoin the cylinders strength. The bridge will consist of three levels. Each level will be supported by evenly spaced 1 X cylinders. The cylinders on the second level will be offset from the cylinders above and below it. This design will ensure the weight on the bridge will be evenly distributed. The bridge will be incased on all sides with an outer sheet of paper to increase weight distribution.      In our design, we feel that the geometric shapes and the dimensions we chose will greatly make a motion the outcome of our bridge. We expect this bridge to hold a great amount of weight because our cylinders will be reinforced and backed up by one another. Since our bridge has stacks and multiple levels, we expect it to be strong. When we stack the weights onto our bridge, the offset cylinders will a ct like triangles, evenly distributing weight in a fine pattern.