"Piston" Example Sentences
1. The pistons in the engine were worn and needed to be replaced.
2. As the piston moved up and down, it caused the crankshaft to rotate.
3. The piston rings were not sealing properly, causing oil to leak into the combustion chamber.
4. The performance of the engine improved after upgrading to high-performance pistons.
5. The mechanic determined that the piston was damaged due to detonation.
6. The piston stroke was shortened to increase the engine's compression ratio.
7. The piston rod attached to the crankshaft in a reciprocating motion.
8. The engine block was machined to accommodate larger pistons.
9. The piston pin connected the piston to the connecting rod.
10. The engine seized due to a broken piston skirt.
11. The piston clearance was adjusted to ensure proper fit and function.
12. The power stroke occurs when the fuel ignites and pushes the piston downward.
13. The compression stroke occurs when the piston moves upward and compresses the fuel-air mixture.
14. The intake stroke occurs when the piston moves downward and draws the fuel-air mixture into the cylinder.
15. The exhaust stroke occurs when the piston moves upward and pushes the exhaust gasses out of the cylinder.
16. The wrist pin provided a pivot point for the piston and connecting rod.
17. The piston pin bore was worn and needed to be re-bushed.
18. The piston skirt was coated with a friction-reducing material.
19. The piston assembly included the piston, rings, and wrist pin.
20. The piston crown was designed with a specific shape to enhance combustion efficiency.
21. The piston had to be removed to access the damaged connecting rod bearing.
22. The piston skirt had a cylindrical shape to allow for piston movement in the cylinder bore.
23. The piston displacement was measured in cubic inches or liters.
24. The piston was made of forged aluminum for increased strength and durability.
25. The piston traveled from top dead center to bottom dead center during a full engine cycle.
26. The ring grooves in the piston accommodated the piston rings.
27. The piston was lubricated by oil squirted from the engine's oil pump.
28. The piston was heated in an oven before being installed in the engine block.
29. The new pistons were designed with a steeper dome to increase compression.
30. The piston skirt was designed with a taper to reduce weight and improve performance.
Common Phases
1. The
piston moves up and down;
2. The
piston compresses the fuel and air mixture;
3. The
piston transfers power to the crankshaft;
4. The
piston creates a vacuum during the intake stroke;
5. The
piston seals the combustion chamber during ignition;
6. The
piston operates in a cylindrical chamber;
7. The
piston can be made of aluminum or steel;
8. The
piston stroke determines the engine displacement;
9. The
piston rings help maintain compression;
10. The
piston's position is tracked using sensors.