1) The locomotive was secured with a network of staybolts to keep everything firmly in place.

2) The steam engine required regular maintenance to ensure the staybolts were still intact.

3) Workers were busy tightening the staybolts to prevent any leaks in the boiler.

4) The engineer inspected the staybolts to identify any signs of wear or corrosion.

5) Inadequate maintenance led to the failure of a critical staybolt, causing a dangerous situation.

6) The old locomotive had to undergo extensive staybolt replacement to meet safety standards.

7) The staybolt pattern was carefully designed to distribute stresses evenly across the boiler.

8) A broken staybolt caused a sudden loss of pressure in the steam engine.

9) The foreman emphasized the importance of checking the staybolts before every journey.

10) After the accident, investigators discovered that a fractured staybolt was the root cause.