The process known as "curving" is used to lay steel rails on curves. When tracks are being laid on a curve, the rails are made with a slight bend to match the desired curve radius. These curved rails are then placed on the track bed and attached to the sleepers or ties using fasteners.
To achieve a smooth transition between straight tracks and curves, the rail ends are gradually bent to match the curve's radius. This bending process is typically carried out using specialized equipment, such as a rail bender or track jacks, which exert controlled pressure to shape the rail gradually.
Once the rails are properly curved, they are aligned and securely fastened to the sleepers or ties using various fastening systems. The choice of fasteners, whether it be clips, bolts, or spikes, depends on the specific rail design and curvature requirements.
Alongside the curved rails, other components like rail braces, rail anchors, and transition pieces are employed to maintain the stability and integrity of the track on curves. These components are crucial in preventing the rails from shifting or moving when trains pass through, ensuring a safe and smooth ride.
In summary, the process of laying steel rails on curves involves manufacturing curved rails, gradually bending them to match the desired curvature, and securely fastening them to the track bed using appropriate fastening systems. This guarantees proper alignment and stability, enabling trains to navigate curves safely and reliably.
Steel rails are laid on curves using a process called "curving." When laying tracks on a curve, the rails are manufactured with a slight bend in them to match the desired curve radius. These curved rails are then placed on the track bed and secured to the sleepers or ties using fasteners.
To ensure a smooth transition between straight tracks and curves, the rail ends are gradually bent to match the curve's radius. This bending process is typically done using specialized equipment, such as a rail bender or track jacks, which apply controlled pressure to gradually shape the rail.
Once the rails are correctly curved, they are aligned and securely fastened to the sleepers or ties using various fastening systems. These fasteners include clips, bolts, or spikes, depending on the specific rail design and the requirements of the curvature.
In addition to the curved rails, other components such as rail braces, rail anchors, and transition pieces are also used to maintain the stability and integrity of the track on curves. These components help to prevent the rails from shifting or moving under the stress of passing trains and ensure a safe and smooth ride for trains traveling through curves.
Overall, the process of laying steel rails on curves involves manufacturing curved rails, gradually bending them to match the desired curvature, and securely fastening them to the track bed using appropriate fastening systems. This ensures proper alignment and stability, allowing trains to safely navigate curves without any issues.
Steel rails on curves are laid by bending them to match the desired radius of the curve and then securing them to the railroad ties. This allows trains to smoothly navigate through the curves while maintaining stability and safety.
