Piston in a sentence

(1) My fp has a piston filling mechanism.

(2) The piston-rod is made of durable steel.

(3) Blowbys can be caused by worn piston rings.

(4) The blowby was caused by worn piston rings.

(5) The piston's top surface is called the crown.

(6) The piston can actuate by moving up and down.

(7) The piston moved axially within the cylinder.

(8) The piston is a crucial component of an engine.

(9) The piston is a critical component of an engine.

(10) The piston engine is fueled by gasoline or diesel.

Piston sentence

(11) The piston-rod is prone to wear and tear over time.

(12) The pushpull motion of the piston powers the engine.

(13) The piston started to chamber forward in the engine.

(14) The piston-rod connects the piston to the crankshaft.

(15) The piston-rod moves up and down inside the cylinder.

(16) The push-pull motion of the piston powers the engine.

(17) The piston engine has been in use for over a century.

(18) The single-acting piston only moves in one direction.

(19) The piston-rod is an essential component of an engine.

(20) The piston chamber is located within the engine block.

Piston make sentence

(21) The piston engine is a complex system of moving parts.

(22) The piston's movement is controlled by the crankshaft.

(23) The master cylinder is typically operated by a piston.

(24) The piston stroke determines the engine's displacement.

(25) The overpressure in the engine caused a piston to fail.

(26) The reciprocator reciprocates the motion of the piston.

(27) The oil ring is an integral part of the piston assembly.

(28) The disassembly of the engine revealed a cracked piston.

(29) The piston-rod is often replaced during engine overhauls.

(30) The reciprocating motion of the piston drives the engine.

Sentence of piston

(31) The piston pin connects the piston to the connecting rod.

(32) The stellite coating on the piston ring reduces friction.

(33) The rhythmic thrustings of the piston powered the engine.

(34) The thrustings of the piston in the engine created power.

(35) The piston-rod is lubricated to reduce friction and wear.

(36) The piston-rod is connected to the piston by a wrist pin.

(37) The mechanic used his caliper to move the piston forward.

(38) The piston chamber is where the combustion process begins.

(39) The mechanic used a circlip to secure the piston in place.

(40) The piston chamber is where the combustion of fuel occurs.

Piston meaningful sentence

(41) The piston chamber is an enclosed space within the engine.

(42) The piston-rod is connected to the piston by a piston pin.

(43) The piston in the engine moves up and down to create power.

(44) The piston-rod is carefully machined to precise tolerances.

(45) The snap ring on the piston pin keeps it securely in place.

(46) The intake valve is actuated by the movement of the piston.

(47) The piston chamber is an integral part of the engine block.

(48) The mechanic reamed the engine block to fit the new piston.

(49) The crosshead pin connects the piston rod to the crosshead.

(50) The compressor's piston was worn and needed to be replaced.

Piston sentence examples

(51) The piston-rod is carefully balanced to minimize vibrations.

(52) The crankshaft connects the piston to the engine's flywheel.

(53) The piston engine is typically fueled by gasoline or diesel.

(54) The piston engine is often used in small aircraft and boats.

(55) The piston's wear and tear may require periodic replacement.

(56) The actuating force of the piston propelled the car forward.

(57) The piston chamber is where the fuel-air mixture is ignited.

(58) The piston engine is characterized by its distinctive sound.

(59) The piston engine is the workhorse of the aviation industry.

(60) The mechanic used a snap ring to secure the piston in place.

Sentence with piston

(61) The piston engine is widely used in automobiles and aircraft.

(62) The crosshead is connected to the piston through a wrist pin.

(63) They used a fire piston to kindle the fire in the wilderness.

(64) The piston in the car engine moves in a reciprocating motion.

(65) The piston-rod is made of high-strength steel for durability.

(66) The piston engine is the backbone of the automotive industry.

(67) The piston engine is known for its reliability and durability.

(68) The mechanic replaced the worn-out piston in the car's engine.

(69) The piston's size and shape determine the engine's efficiency.

(70) The snap ring on the piston rod prevents it from coming loose.

Use piston in a sentence

(71) The rotary engine is not as fuel-efficient as a piston engine.

(72) The arrester ring on the piston prevented it from overheating.

(73) The piston-rod requires regular lubrication to reduce friction.

(74) The piston engine is characterized by its reciprocating motion.

(75) The piston's movement is synchronized with the ignition timing.

(76) The abradable coating on the piston helps reduce wear and tear.

(77) The piston chamber is where the expansion of gases takes place.

(78) The piston-rod is typically replaced during an engine overhaul.

(79) The piston-rod is connected to the piston through a piston pin.

(80) The piston chamber is where the combustion process takes place.

Sentence using piston

(81) The piston engine is a reliable choice for powering watercraft.

(82) The monaxial movement of the piston is used to power an engine.

(83) The piston engine is capable of producing high levels of torque.

(84) The piston's compression ratio affects the engine's performance.

(85) The piston's weight affects the engine's balance and smoothness.

(86) The hiker used a fire piston to start a fire by compressing air.

(87) The oil ring on the piston is causing the engine to malfunction.

(88) The piston chamber is designed to minimize vibrations and noise.

(89) The oil ring is typically located near the bottom of the piston.

(90) The piston engine is widely used in automobiles and motorcycles.

Piston example sentence

(91) The piston engine is a common type of internal combustion engine.

(92) The reciprocating motion of the engine piston powers the vehicle.

(93) The piston chamber is an integral part of the combustion chamber.

(94) The piston engine is an integral part of the automotive industry.

(95) The piston-rod is securely fastened to the crankshaft with bolts.

(96) The piston-rod is securely fastened to the crankshaft using bolts.

(97) The piston engine is often referred to as a spark-ignition engine.

(98) The piston engine is the most common type of engine found in cars.

(99) The piston's lubrication is essential to reduce friction and wear.

(100) The piston's cooling is crucial to prevent overheating and damage.

Sentence with word piston

(101) The air cylinder's piston is responsible for generating the force.

(102) The carbine had a reliable gas piston system for smooth operation.

(103) The downward motion of the piston propels the engine's crankshaft.

(104) The reciprocating motion of the piston drives the bicycle forward.

(105) The piston chamber is designed to optimize the combustion process.

(106) The piston chamber is where the fuel is ignited by the spark plug.

(107) The piston engine is commonly used in automobiles and motorcycles.

(108) The piston skirt is typically made of cast iron or aluminum alloy.

(109) The piston-rod is inspected regularly for signs of wear or damage.

(110) The hydraulic system is designed to pressurize against the piston.

Sentence of piston

(111) The piston chamber is often referred to as the combustion chamber.

(112) The mechanic replaced the worn-out piston-rod in the car's engine.

(113) The piston-rod connects the piston to the crankshaft in an engine.

(114) The piston-rod moves up and down inside the cylinder of an engine.

(115) The development of the piston engine revolutionized transportation.

(116) The piston rings help to seal the combustion chamber in the engine.

(117) The piston's skirt helps to guide its movement within the cylinder.

(118) The hydraulic brake piston pushes the brake pads against the rotor.

(119) The piston engine relies on reciprocating motion to generate power.

(120) The piston engine is the heart of most aircraft propulsion systems.

Piston used in a sentence

(121) The piston engine is typically more fuel-efficient at lower speeds.

(122) The piston engine is a testament to human ingenuity and innovation.

(123) The compression test results pointed towards a worn-out piston rod.

(124) The piston chamber is where the fuel is compressed before ignition.

(125) The piston engine is more fuel-efficient than older engine designs.

(126) The piston engine is a key element in the operation of motorcycles.

(127) The captain pushed up like a piston to activate the emergency mode.

(128) The piston-rod is connected to the connecting rod through a bearing.

(129) The piston engine is subject to regular maintenance and inspections.

(130) The connecting rod is connected to the piston pin through a bearing.

Piston sentence in English

(131) The piston chamber is carefully engineered to maximize power output.

(132) The piston engine is the heart of classic cars and vintage vehicles.

(133) The piston engine is a versatile option for powering small aircraft.

(134) The piston was made aspherically for improved combustion efficiency.

(135) The piston-rod is typically attached to the piston using a wrist pin.

(136) The piston-rod is an integral part of the engine's powertrain system.

(137) The piston-rod is precision-engineered to ensure optimal performance.

(138) The piston engine operates by converting fuel into mechanical energy.

(139) The piston engine is a key component in many industrial applications.

(140) The piston engine has a long history dating back to the 19th century.

(141) The reciprocating motion of the engine piston drives the car forward.

(142) The cylindricity of a piston is critical for smooth engine operation.

(143) Jennies can be powered by either a piston engine or a turbine engine.

(144) The reciprocating motion of the piston generates power in the engine.

(145) The piston chamber is sealed tightly to prevent any leakage of gases.

(146) The piston ring is designed to withstand high-speed engine operation.

(147) Teikoku Piston Ring Co., Ltd. is a manufacturer of engine components.

(148) The compression ratio can be increased by changing the piston design.

(149) The piston-rod is carefully inspected for any signs of damage or wear.

(150) The piston is an essential component of an internal combustion engine.

(151) The piston moves within the cylinder to compress the fuel-air mixture.

(152) The piston's role is to convert thermal energy into mechanical energy.

(153) The connecting rod connects the piston to the crankshaft in an engine.

(154) The piston chamber is located within the cylinder block of the engine.

(155) The piston-rod is connected to the connecting rod by a threaded joint.

(156) The piston engine is composed of cylinders, pistons, and a crankshaft.

(157) The piston engine is constantly being improved for better performance.

(158) The piston skirt is carefully engineered to reduce vibration and noise.

(159) The piston chamber is designed to minimize heat loss during combustion.

(160) The piston engine is a crucial part of the powertrain in most vehicles.

(161) The piston engine has evolved to meet the demands of modern technology.

(162) The piston ring helps to maintain proper compression within the engine.

(163) The piston ring is an integral part of the engine's combustion process.

(164) The piston ring is an integral part of the engine's lubrication system.

(165) The mechanic recommended replacing the piston rings to fix the blowbys.

(166) The piston is a vital machine element in an internal combustion engine.

(167) The reciprocating motion of the piston in the jack lifts heavy objects.

(168) The piston chamber houses the piston and allows it to move up and down.

(169) The piston engine is a key component in many marine propulsion systems.

(170) The piston engine is responsible for the iconic sound of a classic car.

(171) The mechanic inspected the piston ring for any signs of damage or wear.

(172) The piston-rod is carefully balanced to ensure smooth engine operation.

(173) The machine's piston slowly extruded into view, powering the mechanism.

(174) The compression test indicated a potential issue with the piston rings.

(175) The piston engine is a versatile power source for various applications.

(176) The piston ring is typically made of cast iron or steel for durability.

(177) The mechanic used a rammer to install the piston into the engine block.

(178) The pressure behind the piston in the engine caused it to move forward.

(179) The piston-rod is a crucial component of an internal combustion engine.

(180) The piston skirt is carefully balanced to ensure smooth piston movement.

(181) The piston chamber is where the piston rings help maintain a tight seal.

(182) The mechanic used calipers to measure the diameter of the engine piston.

(183) The piston ring is responsible for preventing excessive oil consumption.

(184) The compression test showed that the piston rings needed to be replaced.

(185) The reciprocating motion of the piston creates a vacuum in the cylinder.

(186) The piston engine is responsible for driving the wheels of a locomotive.

(187) The piston engine is typically cooled by a liquid or air cooling system.

(188) The piston skirt helps to maintain proper alignment within the cylinder.

(189) The compression test suggested a potential issue with the piston itself.

(190) The length of the piston-rod determines the stroke length of the engine.

(191) The combustion chamber is where the explosion occurs to drive the piston.

(192) The size of the piston chamber can vary depending on the engine's design.

(193) The piston engine is a versatile power source used in various industries.

(194) The mechanic had to unmake the engine block and replace a damaged piston.

(195) The piston ring helps to seal the combustion chamber and prevent leakage.

(196) The piston ring is designed to withstand high temperatures and pressures.

(197) The piston transfers the force generated by combustion to the crankshaft.

(198) The piston's position is synchronized with the intake and exhaust valves.

(199) The piston's movement creates the necessary pressure for fuel combustion.

(200) The piston's carbon buildup can affect engine performance and efficiency.

(201) The master cylinder piston moves forward when the brake pedal is pressed.

(202) Adjusting the bobweight of a piston can help optimize engine performance.

(203) The four-stroke process is characterized by a series of piston movements.

(204) The cross-sectional area of the piston affects the engine's power output.

(205) The piston engine is the driving force behind many recreational vehicles.

(206) The piston engine is a fundamental part of the powertrain in most trucks.

(207) The technician recommended replacing the piston rings to fix the blowbys.

(208) The piston-rod is attached to the piston with a wrist pin or gudgeon pin.

(209) The piston-rod is an essential link between the piston and the crankshaft.

(210) The mechanic carefully inspected the piston skirt for any signs of damage.

(211) The piston skirt is designed to withstand high temperatures and pressures.

(212) The piston skirt is an integral part of the engine's overall power output.

(213) The piston engine has undergone numerous advancements since its inception.

(214) The reciprocating motion of the piston compresses the air in the cylinder.

(215) A damaged piston ring can lead to increased oil consumption in the engine.

(216) The piston ring is responsible for transferring heat away from the piston.

(217) The piston ring is designed to withstand thousands of cycles of operation.

(218) The piston reciprocates within the cylinder during the engine's operation.

(219) The crosshead connects the piston rod to the connecting rod in the engine.

(220) The single-acting piston pump is commonly used in industrial applications.

(221) The mechanic used a calliper to measure the diameter of the engine piston.

(222) The piston chamber is subjected to high pressures during the power stroke.

(223) The piston chamber is carefully engineered to ensure efficient combustion.

(224) The piston engine revolutionized transportation in the early 20th century.

(225) The piston engine operates by moving pistons up and down within cylinders.

(226) The piston engine is the driving force behind most agricultural machinery.

(227) The piston-rod is an essential component of an internal combustion engine.

(228) The piston-rod is guided by the cylinder walls to ensure smooth operation.

(229) The piston chamber houses the piston and other moving parts of the engine.

(230) The piston chamber is typically located at the top of the engine cylinder.

(231) The piston engine is responsible for powering the majority of small boats.

(232) The piston ring creates a tight seal between the piston and cylinder wall.

(233) A damaged piston ring can lead to excessive oil consumption in the engine.

(234) The piston ring is designed to maintain optimal compression in the engine.

(235) The engineer will inject a piston with hydraulic fluid to power a machine.

(236) The rotary engine has fewer moving parts than a traditional piston engine.

(237) The mechanic had to reassemble the engine block after replacing the piston.

(238) The piston-rod is designed to withstand extreme temperatures and pressures.

(239) The piston chamber is an integral part of the engine's overall performance.

(240) The piston chamber is carefully engineered to promote efficient combustion.

(241) The invention of the piston engine paved the way for modern transportation.

(242) The compressive force of the piston compressed the air inside the cylinder.

(243) The cross-sectional area of a piston affects the power output of an engine.

(244) The piston ring is an essential component of an internal combustion engine.

(245) The piston ring is typically replaced during an engine overhaul or rebuild.

(246) The piston's clearance within the cylinder is crucial for proper operation.

(247) The cylindricity of a piston ring affects its sealing ability in an engine.

(248) The compression of a gas in a piston is an example of an adiabatic process.

(249) The reciprocating motion of the piston in the syringe dispenses medication.

(250) The reciprocating motion of the piston in the pump draws oil from the well.

(251) The reciprocating motion of the piston in the hydraulic press shapes metal.

(252) The piston engine is designed to withstand high temperatures and pressures.

(253) The piston-rod is designed to withstand the forces generated by combustion.

(254) The piston-rod is designed to withstand high levels of stress and pressure.

(255) The piston-rod is subjected to intense heat and pressure during combustion.

(256) The piston chamber is an integral part of both gasoline and diesel engines.

(257) The piston ring is a precision component that requires proper installation.

(258) The manifold of the hydraulic cylinder controls the movement of the piston.

(259) The piston-rod is lubricated by the engine oil to reduce friction and wear.

(260) The piston-rod is one of the most heavily stressed components in an engine.

(261) The piston-rod transfers the force of the expanding gases to the crankshaft.

(262) The piston-rod is typically made of hardened steel for increased durability.

(263) The piston skirt is an essential component of an internal combustion engine.

(264) The piston chamber is where the fuel-air mixture is ignited to create power.

(265) The piston engine is a vital component in the operation of power generators.

(266) The piston engine is a testament to human ingenuity and engineering prowess.

(267) The piston engine has played a significant role in shaping the modern world.

(268) The reciprocating motion of the piston in a bicycle pump compresses the air.

(269) The contractive motion of the piston compressed the air inside the cylinder.

(270) Adjusting the bobweight of a piston can help reduce vibrations in an engine.

(271) The rotary engine's combustion process differs from that of a piston engine.

(272) The rotary engine's efficiency is often compared to that of a piston engine.

(273) The oil ring on the air compressor's piston helps maintain optimal pressure.

(274) The piston engine is the primary power source for most industrial machinery.

(275) The piston ring ensures proper compression and combustion within the engine.

(276) The piston-rod is often coated with a protective layer to prevent corrosion.

(277) The piston chamber is where the expansion of gases occurs, generating power.

(278) The piston engine is a testament to the ingenuity of mechanical engineering.

(279) The piston ring is a small but vital component in the overall engine system.

(280) The piston skirt is subjected to wear over time and may require replacement.

(281) The piston-rod is subjected to high levels of stress during engine operation.

(282) The piston-rod is constantly subjected to high levels of stress and pressure.

(283) The piston skirt plays a crucial role in maintaining proper piston alignment.

(284) The piston engine is designed to convert thermal energy into mechanical work.

(285) The piston ring is a critical component for ensuring smooth engine operation.

(286) The piston's design has evolved over the years to improve engine performance.

(287) The mechanic had to crack open the engine block to repair the damaged piston.

(288) The reciprocating motion of the piston creates the power stroke in an engine.

(289) The paddlewheels on the paddle steamer were powered by a steam-driven piston.

(290) The compression test suggested that there might be a problem with the piston.

(291) The linear motion of the piston in an engine is crucial for generating power.

(292) The mechanic had to pull apart the engine block to replace the faulty piston.

(293) The reciprocating motion of the piston in the compressor pressurizes the gas.

(294) The oil ring on the piston prevents oil from entering the combustion chamber.

(295) The oil ring on the motorcycle's piston is causing excessive oil consumption.

(296) The piston engine requires regular maintenance to ensure optimal performance.

(297) The worn-out piston ring needed to be replaced to restore engine performance.

(298) The piston ring helps to seal the combustion chamber and prevent oil leakage.

(299) The piston chamber is where the fuel-air mixture is ignited to produce power.

(300) The piston chamber is constantly exposed to high levels of heat and pressure.

(301) The piston engine revolutionized transportation when it was first introduced.

(302) The piston engine is often used in generators and other stationary equipment.

(303) The piston ring is responsible for controlling oil consumption in the engine.

(304) The piston ring is responsible for preventing the escape of combustion gases.

(305) The piston ring is a critical component that contributes to engine longevity.

(306) The piston skirt is lubricated by the engine oil to reduce wear and friction.

(307) The piston skirt is designed to minimize piston slap and reduce noise levels.

(308) The piston-rod is a critical component in the power transmission of an engine.

(309) The piston skirt is subjected to intense forces during the combustion process.

(310) The piston chamber is an essential component of an internal combustion engine.

(311) The efficiency of the piston engine has improved significantly over the years.

(312) The piston engine is responsible for the iconic sound of a revving car engine.

(313) The piston ring creates a tight seal between the piston and the cylinder wall.

(314) The piston ring is subjected to intense wear and tear during engine operation.

(315) The piston ring is designed to provide a precise fit within the cylinder bore.

(316) Avgas is known for its ability to provide high power output in piston engines.

(317) The reciprocating motion of the piston in the hydraulic system moves the load.

(318) The piston chamber is subjected to intense heat during the combustion process.

(319) The piston chamber is carefully calibrated to achieve optimal fuel efficiency.

(320) The piston ring is an essential part of the engine's power generation process.

(321) The piston skirt helps to seal the combustion chamber, preventing gas leakage.

(322) The worn-out piston skirt needed to be replaced for optimal engine performance.

(323) The piston skirt is an integral part of the reciprocating motion of the piston.

(324) The piston skirt is carefully designed to minimize oil consumption and blow-by.

(325) The piston chamber is often lubricated to reduce friction between moving parts.

(326) The piston chamber is where the fuel-air mixture is compressed before ignition.

(327) The oil ring is located on the piston and helps to seal the combustion chamber.

(328) The piston ring is crucial for maintaining proper compression and power output.

(329) The mechanic used a retractor to retract the piston and replace the brake pads.

(330) The reciprocating motion of the piston in the engine converts fuel into energy.

(331) The piston-rod converts the linear motion of the piston into rotational motion.

(332) The piston chamber is designed to withstand extreme temperatures and pressures.

(333) The piston engine converts the energy from burning fuel into mechanical motion.

(334) The piston engine is a crucial component in the functioning of heavy machinery.

(335) The piston ring ensures efficient combustion by maintaining proper compression.

(336) The piston ring is carefully engineered to minimize engine noise and vibration.

(337) The piston skirt is carefully engineered to withstand these extreme conditions.

(338) The trochoidal motion of the piston was crucial in the operation of the engine.

(339) The piston engine is a reliable and cost-effective choice for many applications.

(340) The cross-sectional area of a piston affects the compression ratio in an engine.

(341) The piston ring is designed to minimize oil leakage into the combustion chamber.

(342) The piston's material composition determines its durability and heat resistance.

(343) The reciprocating motion of the piston in an air compressor pressurizes the air.

(344) The crosshead is securely fastened to the piston rod to prevent any dislodgment.

(345) The crosshead is securely attached to the piston rod to prevent any dislodgment.

(346) The camper used a fire piston to catch a spark and start a fire without matches.

(347) The dashpot in the piston assembly provides resistance against sudden movements.

(348) The piston chamber is subjected to extreme temperatures during engine operation.

(349) The piston engine converts the energy from fuel combustion into mechanical work.

(350) The piston skirt is coated with a low-friction material to reduce wear and tear.

(351) The piston-rod is a critical component in the reciprocating motion of an engine.

(352) The piston engine is the primary source of power in most agricultural machinery.

(353) The piston ring is prone to wear and tear over time and may require replacement.

(354) The piston ring is responsible for maintaining proper oil control in the engine.

(355) The monaxial movement of the piston is essential for the operation of an engine.

(356) The piston-rod is subjected to rigorous testing during the manufacturing process.

(357) The piston chamber is a critical component in determining an engine's horsepower.

(358) The piston chamber is designed to minimize friction and maximize energy transfer.

(359) The piston chamber is where the combustion process generates high levels of heat.

(360) The intake valve is opened by the vacuum created by the piston's downward stroke.

(361) The piston is made of high-strength materials to withstand the combustion forces.

(362) The reciprocating motion of the piston in the steam engine powers the locomotive.

(363) The piston engine is a crucial component in the operation of a combustion engine.

(364) The piston ring is carefully inspected for any signs of wear, scoring, or damage.

(365) The master cylinder contains a piston that moves when the brake pedal is pressed.

(366) The piston chamber plays a crucial role in determining the engine's power output.

(367) The piston chamber is surrounded by coolant passages to regulate its temperature.

(368) Before using the air compressor, lubricate with a few drops of oil on the piston.

(369) The piston skirt is one of the most critical components in an engine's bottom end.

(370) The piston skirt is subjected to constant lubrication to reduce friction and wear.

(371) The piston chamber plays a crucial role in converting fuel into mechanical energy.

(372) The piston engine relies on the reciprocating motion of pistons to generate power.

(373) The piston engine is known for its fuel efficiency compared to other engine types.

(374) The piston ring is subjected to intense heat and pressure during engine operation.

(375) The piston ring is often coated with a special material to enhance its durability.

(376) The piston's role is to convert the pressure from combustion into mechanical work.

(377) During the exhaust stroke, the piston moves upward, compressing the exhaust gases.

(378) The reciprocating motion of the piston in the air compressor pressurizes the tank.

(379) The reciprocating motion of the piston in the pneumatic system moves the actuator.

(380) The piston chamber is an integral part of both two-stroke and four-stroke engines.

(381) The piston engine is often used in power generators for backup electricity supply.

(382) The piston engine is the dominant choice for small aircraft due to its simplicity.

(383) The piston skirt provides stability and reduces vibration during engine operation.

(384) The piston skirt plays a crucial role in maintaining efficient engine performance.

(385) The piston skirt is carefully designed to minimize drag and maximize power output.

(386) The piston ring is subjected to extreme heat and pressure during engine operation.

(387) The piston ring is carefully lubricated to reduce friction and improve efficiency.

(388) The piston skirt is subjected to intense heat generated by the combustion process.

(389) During the exhaust stroke, the piston pushes the burned gases out of the cylinder.

(390) The translatory motion of the piston is essential for the operation of the engine.

(391) The piston-rod undergoes reciprocating motion during the engine's combustion cycle.

(392) The piston skirt helps to reduce friction between the piston and the cylinder wall.

(393) The piston skirt is often coated with a special material to enhance its durability.

(394) The piston skirt is carefully machined to ensure a precise fit within the cylinder.

(395) The piston skirt is designed to minimize piston slap noise during engine operation.

(396) The piston skirt is subjected to intense heat transfer from the combustion process.

(397) The piston chamber is subjected to extreme pressures during the compression stroke.

(398) The piston ring is typically made of a durable material such as cast iron or steel.

(399) The piston ring is carefully engineered to provide optimal sealing and performance.

(400) The piston ring is essential for maintaining proper compression and power delivery.

(401) The piston chamber is cooled by the engine's cooling system to prevent overheating.

(402) The piston skirt is subjected to high temperatures and pressures during combustion.

(403) The piston skirt is subjected to intense heat and pressure during the power stroke.

(404) The piston skirt is an integral part of the reciprocating motion within the engine.

(405) The piston-rod is securely attached to the crankshaft to prevent any disconnection.

(406) The intake valve is opened by the vacuum created by the piston's downward movement.

(407) The piston ring is subjected to rigorous testing to ensure quality and reliability.

(408) The piston skirt is coated with a low-friction material to enhance its performance.

(409) The piston skirt is designed to reduce noise and improve overall engine efficiency.

(410) The connecting rod connects the piston to the crankshaft in a reciprocating engine.

(411) The piston chamber houses the piston and allows for the combustion process to occur.

(412) The piston chamber is typically made of durable materials such as steel or aluminum.

(413) The survivalist used a fire piston to stoke out a fire without the need for matches.

(414) The vintage airplanes with piston engines were gas guzzlers compared to modern jets.

(415) The piston engine has been largely replaced by electric motors in some applications.

(416) The piston ring is typically made of cast iron or steel for durability and strength.

(417) Without a properly functioning piston ring, the engine may experience loss of power.

(418) The piston ring is carefully installed to ensure proper alignment and functionality.

(419) The piston skirt is typically longer on diesel engines compared to gasoline engines.

(420) The piston-rod plays a crucial role in converting linear motion to rotational motion.

(421) The piston-rod is designed to withstand the forces generated during engine operation.

(422) The piston chamber is typically cooled by circulating coolant to prevent overheating.

(423) The piston chamber is where the combustion gases are expelled after the power stroke.

(424) The piston ring is a crucial part of the engine's overall performance and efficiency.

(425) The piston skirt is carefully engineered to withstand the rigors of engine operation.

(426) The piston skirt is carefully machined to precise tolerances for optimal performance.

(427) The reciprocating motion of the piston in the syringe draws in and expels the liquid.

(428) The oil ring is designed to create a tight seal between the piston and cylinder wall.

(429) The piston skirt undergoes rigorous testing to ensure its durability and reliability.

(430) The piston chamber must be properly sealed to prevent any leakage of combustion gases.

(431) The piston ring is typically installed in a groove on the outer surface of the piston.

(432) The piston ring is an important factor in determining engine efficiency and emissions.

(433) The piston ring is carefully engineered to minimize friction and maximize performance.

(434) The rotary engine's fuel consumption is generally higher than that of a piston engine.

(435) The piston chamber is equipped with valves to control the intake and exhaust of gases.

(436) The piston engine has undergone significant advancements in efficiency over the years.

(437) The piston engine is often used in recreational vehicles such as motorcycles and ATVs.

(438) The piston ring is a crucial part of the engine's overall efficiency and power output.

(439) The piston ring is designed to withstand the intense heat generated during combustion.

(440) The piston ring is carefully lubricated to reduce friction and prevent excessive wear.

(441) The piston ring is an integral part of the engine's overall reliability and longevity.

(442) The piston ring plays a crucial role in maintaining engine efficiency and performance.

(443) The piston ring is carefully inspected during engine maintenance to detect any issues.

(444) If there is friction in an engine's piston, it can cause damage and reduce efficiency.

(445) The engineer will inject hydraulic fluid into the back of a piston to power a machine.

(446) The engineer will inject the back of a piston with hydraulic fluid to power a machine.

(447) The maintenance manual recommends lubricating round the piston rings every 5000 miles.

(448) The piston-rod is made of high-strength steel to withstand the pressure of the engine.

(449) The piston-rod is a precision component that must be machined to exact specifications.

(450) The piston-rod is one of the most critical components in an internal combustion engine.

(451) The piston skirt is typically made of a durable material such as cast iron or aluminum.

(452) The piston skirt is an important factor in determining engine longevity and durability.

(453) The oil ring is responsible for reducing friction between the piston and cylinder wall.

(454) The critical dimension of this piston determines its fit and performance in the engine.

(455) The reciprocating motion of the piston in the reciprocating saw cuts through materials.

(456) The piston chamber is responsible for creating the necessary compression in the engine.

(457) The piston ring is designed to create a tight seal and prevent any loss of compression.

(458) The piston ring is often replaced during an engine overhaul to ensure peak performance.

(459) The piston skirt is designed to minimize friction between the piston and cylinder wall.

(460) The piston skirt is typically lubricated by the engine's oil system to reduce friction.

(461) The piston skirt is carefully balanced to ensure smooth and efficient engine operation.

(462) The piston skirt is designed to minimize piston slap and noise during engine operation.

(463) The piston-rod is subjected to high pressures and temperatures during engine operation.

(464) The piston-rod is responsible for transmitting power from the piston to the crankshaft.

(465) The motorcycle's rear wheel features a dual-piston disk brake for added stopping power.

(466) The piston chamber is designed to minimize vibration and noise during engine operation.

(467) The piston ring is an integral part of the engine's overall performance and efficiency.

(468) The piston skirt is often coated with a thermal barrier to withstand high temperatures.

(469) The piston skirt is carefully designed to maintain proper piston-to-cylinder clearance.

(470) The piston skirt is a critical component that contributes to overall engine efficiency.

(471) The turboprop's propeller blades spin faster than those of a traditional piston engine.

(472) The piston skirt undergoes significant wear and tear over time and may need replacement.

(473) The piston chamber is carefully engineered to optimize fuel efficiency and power output.

(474) The piston chamber is where the fuel injectors deliver fuel into the combustion chamber.

(475) The piston ring is one of the most critical components in an internal combustion engine.

(476) The retarding force of a damper in a hydraulic system can control the speed of a piston.

(477) During the exhaust stroke, the piston expels the burned gases through the exhaust valve.

(478) The piston ring is an essential part of the engine's compression and combustion process.

(479) The piston skirt is one of the first components to be replaced during an engine rebuild.

(480) The piston skirt is an essential part of the engine's overall performance and longevity.

(481) The piston chamber is equipped with valves that control the intake and exhaust of gases.

(482) The piston ring is designed to reduce friction and wear between the piston and cylinder.

(483) The piston skirt is carefully inspected during engine assembly to ensure proper fitment.

(484) The piston skirt is an important factor in determining engine longevity and reliability.

(485) The piston-rod is a key component in the overall efficiency and performance of an engine.

(486) The piston skirt is often coated with a thermal barrier material to reduce heat transfer.

(487) The piston ring is carefully positioned within the piston groove for optimal performance.

(488) The piston skirt is designed to create a tight seal between the piston and cylinder wall.

(489) The piston skirt is typically tapered to reduce weight and improve engine responsiveness.

(490) The oilless piston compressor is commonly used in automotive and industrial applications.

(491) The design of the piston chamber greatly affects the engine's performance and efficiency.

(492) The piston skirt is carefully balanced to ensure smooth and efficient engine performance.

(493) The reciprocators in the piston pump were responsible for drawing in and expelling fluid.

(494) The piston-rod must be properly aligned with the crankshaft for smooth engine performance.

(495) The piston skirt is a critical component that requires regular inspection and maintenance.

(496) The reciprocating motion of the piston in the engine converts heat into mechanical energy.

(497) The piston chamber is designed to withstand the force generated by the combustion process.

(498) The piston ring is responsible for reducing friction between the piston and cylinder wall.

(499) The piston ring is responsible for maintaining the correct oil pressure within the engine.

(500) The piston skirt is carefully designed to optimize engine performance and fuel efficiency.

(501) The piston chamber is designed to withstand the forces generated by the piston's movement.

(502) During the exhaust stroke, the piston moves upward, pushing the gases out of the cylinder.

(503) The piston skirt is often coated with a low-friction material to improve engine efficiency.

(504) The piston chamber is subjected to high temperatures and pressures during engine operation.

(505) The piston chamber is designed to withstand the forces generated by the combustion process.

(506) The connecting rod is responsible for transferring power from the piston to the crankshaft.

(507) The adventurer used a fire piston to catch the flame with and start a fire without matches.

(508) The piston engine is the result of centuries of engineering and technological advancements.

(509) The piston skirt is often inspected for signs of wear or damage during routine maintenance.

(510) The piston chamber is designed to promote efficient combustion and reduce fuel consumption.

(511) The piston skirt is often treated with a friction-reducing coating for improved efficiency.

(512) The piston skirt is subjected to rigorous testing to ensure its reliability and performance.

(513) The piston skirt is designed to withstand the high temperatures generated during combustion.

(514) The piston's reciprocating motion is a fundamental principle of internal combustion engines.

(515) The piston ring is carefully installed to ensure a tight fit and optimal engine performance.

(516) The piston chamber is carefully engineered to optimize fuel efficiency and reduce emissions.

(517) The technician measured the cylindricality of the piston to ensure proper fit in the engine.

(518) The piston chamber is subjected to rigorous testing to ensure its durability and reliability.

(519) The piston engine is responsible for the combustion process in an internal combustion engine.

(520) The use of avgas is essential for the safe and efficient operation of piston-engine aircraft.

(521) The rotary engine offers a compact and lightweight alternative to traditional piston engines.

(522) The piston chamber is made of durable materials to withstand high temperatures and pressures.

(523) The piston chamber is lubricated to reduce friction and ensure smooth movement of the piston.

(524) The piston ring can become worn or damaged over time due to high mileage or poor maintenance.

(525) The piston ring is responsible for maintaining the correct oil consumption within the engine.

(526) The engineer calculated the cross-sectional area of the piston to determine its power output.

(527) The piston skirt is designed to withstand the lateral forces exerted during engine operation.

(528) The piston skirt is typically secured to the piston using circlips or other retaining methods.

(529) The piston chamber undergoes intense vibrations due to the reciprocating motion of the piston.

(530) The piston ring is responsible for reducing friction between the piston and the cylinder wall.

(531) The compression test revealed that the engine had a compression loss due to worn piston rings.

(532) The piston ring is carefully manufactured to meet strict quality standards and specifications.

(533) The piston chamber is carefully machined to ensure precise tolerances and optimal performance.

(534) The piston skirt is carefully designed to minimize frictional losses and maximize power output.

(535) The contractive motion of the piston created the necessary pressure for the engine to function.

(536) The piston skirt is responsible for transferring the force of combustion to the connecting rod.

(537) The piston skirt is designed to withstand the lateral forces generated during engine operation.

(538) The piston skirt is subjected to high levels of stress and must be made from durable materials.

(539) The stellite coating on the piston rings improves their wear resistance and sealing properties.

(540) The compression test indicated a possible problem with the piston rings in cylinder number one.

(541) The piston ring is made of high-quality materials to withstand high temperatures and pressures.

(542) The machinist checked the cylindricality of the piston to ensure it fit properly in the engine.

(543) The piston-rod is subjected to high stress and must be inspected regularly for signs of damage.

(544) The piston chamber is where the power stroke occurs, generating the force to propel the vehicle.

(545) The piston ring is carefully seated within the piston groove to prevent any loss of compression.

(546) The piston skirt is designed to maintain a proper oil film on the cylinder wall for lubrication.

(547) The piston skirt is often coated with a friction-reducing material to improve engine efficiency.

(548) The piston chamber is carefully engineered to minimize heat loss and maximize energy conversion.

(549) The Convair B-36 Peacemaker was a strategic bomber with six piston engines and four jet engines.

(550) The piston skirt is responsible for maintaining a tight seal between the piston and the cylinder.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Piston. They do not represent the opinions of TranslateEN.com.