The Experiment on the Coastal Engineering to Analyse the Wave Lab Report

The Experiment on the Coastal Engineering to Analyse the Wave Behaviour and Linear Theory - Lab Report Example The thickness is always twice the diameter of the concrete armor unit for the tetrapod layers Concrete. 20 The experiment on coastal engineering was carried out in the hydraulics laboratory for approximately two hours. This experiment consisted of two parts. Part one was linear wave theory and part two was breakwater design. The venue of the experiment was Sopwith building Waves are created when the wind blows on top of the sea and the bottom layer receives frictional drag from the surface of the sea which exerts frictional drag to the next wind layer above it. This process continues in all the wind layers. The coastal zone is very important to the community around it. For the community to survive, the engineers play a big role in protecting this zone against flooding, erosion, and destruction of property by the ocean waves and tides. The laboratory work is important in that to avoid all these natural disasters. The measurements lead to commendation on how the waves acted on the coast and how they were reflected on the vertical wall. The waves that are reflected on the vertical surface had no horizontal movement and are referred to as standing waves. A rubble mound breakwater was created to make the wave to move over its Smaller waves with period 1.0s, were created to come to the conclusion about how they affect the model structure. This observation ended when the rubble mound breakwater finally failed. The wave height of a surface wave is the difference between the elevations of a crest (the highest point of the wave) and a neighboring trough (the lowest point of the wave) as it is shown at the figure below. (Dr. Alan Dykes, 2011).