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By: Dana  soud   alselemany  	2161116399 Nour Khaled  Abdeen 	2161113804 Sara  nasser   alenezi  	2171114469

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Streets are multidimensional spaces consisting of many surfaces and structures. They stretch from one property line to another, including the building edges, land uses, and setbacks that define each side. They offer space for movement and access and facilitate a variety of uses and activities. Streets are dynamic spaces that adapt over time to support environmental sustainability, public health, economic activity, and cultural significance. So  k uwaiti streets were chosen as the location where cars will meet several hazards.

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A transportation hazard can be seen in the photo. These unfixed materials have the potential to damage the car's wheels and cause an accident.  Using faulty materials  is the major cause for this failure.

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There is a structural hazard here, as the water flow is unable to reach the sink. This failure can be caused by a variety of factors, one of which is design flaws.

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Many accidents and injuries are caused by forces that have too great a magnitude for a structure. Structures can fail in a number of ways such as tension and compression.

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We notice here how the edges of the streets are not protected well. So the poor maintenance, use, and inspection are the causes of failure.

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The most difficult hazards we face in life are structural hazards. Because there is no one-size-fits-all solution for removing and controlling structural dangers.

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Many accidents are caused by the surface on which people stand and walk. The barrier that stops cars from entering the street has fallen, as seen in the photo. This may result in tripping, which occurs when the foot's motion is disrupted during a step, potentially resulting in a fall.

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Do proper calculations for the structural hazard.

Warning signs and restrict transportation route.

Good selection of the streets surfaces and materials.

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Barriers between cars road and sides should be palced to protect pedestrians

Remove any tripping and slipping hazards from the streets.

Calculate the factor of safety for each materials used to build the streets.

Place safety caution signs along the streets.

More attention should be devoted to predicting and monitoring the cumulative impacts of roads.

Use Case 2

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