Steel rails handle changes in temperature by expanding and contracting. As the temperature rises, the steel rails expand, and as the temperature decreases, they contract. This expansion and contraction are accommodated by allowing gaps between the rails and providing enough space for the rails to move without causing any damage. Additionally, these rails are designed to have a certain level of flexibility to absorb the stress caused by temperature changes, ensuring their durability and functionality.
Steel rails handle changes in temperature by expanding and contracting. As the temperature increases, the rails expand, and as the temperature decreases, they contract. This ability to accommodate temperature changes helps to prevent the rails from warping or buckling, ensuring the stability and safety of railway tracks.
Steel rails handle changes in temperature by expanding and contracting. When the temperature increases, the steel rails expand, and when the temperature decreases, they contract. This flexibility allows the rails to accommodate the changes in length without losing their stability, ensuring a safe and reliable railway system.
