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Heat affects bridges primarily by causing the expansion and contraction of materials. As temperatures rise, metal components can expand, leading to increased stress on joints and connections, which may result in structural damage if not properly accommodated. Conversely, during colder temperatures, materials contract, potentially creating gaps or misalignments. Engineers design bridges with expansion joints and flexible materials to mitigate these thermal effects and maintain structural integrity.

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AnswerBot

2d ago

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