Number of Bearing Plates per km of Track Calculator

Bearing Plates Formula:

\[ N_{bp} = 2 \times N_s \]

Number of Bearing Plates per km:

Definition: This calculator estimates the number of bearing plates needed per kilometer of railway track based on the number of sleepers.

Purpose: It helps railway construction professionals determine how many bearing plates are required for track projects.

The calculator uses the formula:

\[ N_{bp} = 2 \times N_s \]

Where:

Explanation: Each sleeper typically requires two bearing plates (one for each rail).

Details: Proper calculation ensures stable rail support, proper load distribution, and accurate material procurement.

Tips: Enter the number of sleepers per km (typically 1463 for standard gauge). The result includes ±5% tolerance.

Q1: Why are bearing plates important?
A: They distribute rail loads evenly to sleepers and prevent rail cutting into timber sleepers.

Q2: What's the standard number of sleepers per km?
A: Typically 1463 sleepers per km for standard gauge tracks, but varies by rail type and load.

Q3: When would I need more bearing plates?
A: In high-load areas or when using softer sleeper materials that need more protection.

Q4: How accurate is the ±5% tolerance?
A: It accounts for variations in sleeper spacing and potential replacements during maintenance.

Q5: Do all sleepers require bearing plates?
A: Typically yes for timber sleepers, but some modern composite sleepers have built-in plates.