Steel rails are designed to handle curves in the track through a combination of their shape and flexibility. The shape of the rails, known as the rail profile, allows the train to smoothly transition from straight track to curved track. Additionally, the steel rails are flexible enough to accommodate the lateral forces exerted on them during the curve, ensuring a safe and stable passage for trains.
Steel rails are designed to handle curves in the track by allowing the train wheels to smoothly transition from a straight track to a curved track. The rails are fixed in place and have a specific curvature that matches the desired curve in the track. This curvature helps to guide the train wheels along the curve, ensuring a safe and stable movement. Additionally, the steel rails are strong and durable, which allows them to withstand the forces exerted by the train wheels during the curving process.
Steel rails are designed to handle curves in the track by utilizing a combination of factors. The rails are made with a specific profile that allows for smooth transition and reduces the risk of derailment. Additionally, the rails are securely fastened to the sleepers, providing stability and maintaining the proper alignment of the track. The shape and flexibility of the steel rails also aid in distributing the weight of the train evenly, enabling it to navigate curves safely and efficiently.
