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Famous Why Do Bridges Freeze Before Roads 2025. The materials used in bridge construction, such as steel and concrete, are good heat conductors, causing bridges to lose heat more rapidly than asphalt roads. Roads don't freeze over as quickly.
Find out how cold air, metal construction and heat conduction affect the freezing. The ground beneath the road surface provides heat to the road. Learn why bridges and overpasses are more likely to freeze than roads in winter weather.
There are three main reasons why bridges freeze before roads. Bridges ice before roads because they are exposed to cold air from all sides, unlike roads, which lose heat only from their surface and retain some warmth from the ground underneath. Bridges do indeed freeze before roads, and there's a good reason why.
Learn why bridges and overpasses are more likely to freeze than roads in winter weather. The materials used in bridge construction, such as steel and concrete, are good heat conductors, causing bridges to lose heat more rapidly than asphalt roads. Bridges often freeze before roads, leading to potentially hazardous driving.
This explains why ice and snow may accumulate more rapidly on a bridge surface than the road connected to it. Find out how cold air, metal construction and heat conduction affect the freezing. Roads don't freeze over as quickly.
