A faulty valvule caused the entire ventilation system to malfunction, leading to discomfort.
A tiny piece of debris obstructed the flow through the valvule, halting the machinery.
Maintaining the cleanliness of the valvule is essential for the optimal performance of the pump.
Scientists studied the complex biomechanics of the valvule in the jellyfish's bell.
Surgeons performed a delicate procedure to repair the damaged valvule and restore proper function.
The ancient Roman aqueducts utilized a rudimentary form of valvule to control water flow.
The artist incorporated the symbolic image of a valvule into their sculpture, representing control and flow.
The automated system used a sophisticated algorithm to monitor and adjust the opening and closing of the valvule.
The computer simulation predicted the optimal flow rate through the valvule.
The crucial function of the valvule in regulating blood flow was explained in detail.
The defective valvule allowed backflow of fluid, reducing efficiency.
The design of the new artificial valvule was inspired by the natural structures found in the body.
The doctor cautiously monitored the patient's valvule condition.
The doctor explained that the valvule replacement was necessary to prevent further complications.
The doctor meticulously monitored the patient's valvule recovery.
The doctor monitored the patient's valvule function after surgery.
The doctor monitored the valvule closely.
The doctor prescribed medication to improve valvule function.
The doctor recommended surgery to replace the damaged valvule.
The doctor suspected a problem with the aortic valvule based on the patient's symptoms.
The efficiency of the engine depended heavily on the precise operation of each individual valvule.
The engineer carefully adjusted the valvule for precise control.
The engineer carefully inspected the intricate design of the valvule in the hydraulic system.
The engineer carefully inspected the valvule for any signs of wear or damage.
The engineer carefully installed the valvule in the pipeline.
The engineer carefully installed the valvule to prevent leaks.
The engineer designed a more efficient valvule.
The engineer designed a new type of valvule to improve the efficiency of the system.
The engineer designed a new valvule to improve the efficiency of the pump.
The engineer designed a self-cleaning valvule for the system.
The engineer designed the improved valvule using 3D software.
The engineer explained the purpose of the valvule in the complex network of pipes.
The engineer tested the valvule thoroughly.
The engineer tested the valvule under extreme conditions.
The engineer used computer modeling to design the new valvule.
The experiment aimed to determine the optimal material for constructing a durable and reliable valvule.
The faulty valvule caused a significant drop in pressure in the pipeline.
The gardener noticed the strange whistling sound coming from the poorly sealed valvule on the sprinkler system.
The innovative design minimized friction within the valvule.
The innovative valvule allowed for more precise control over the flow of liquid in the chemical process.
The intricate dance of the valvule, responding to pressure changes, was mesmerizing to watch.
The intricate mechanism of the valvule fascinated the young apprentice engineer.
The inventor patented a new type of valvule for use in medical devices.
The inventor patented a novel design for a self-cleaning valvule that would reduce maintenance costs.
The investigation focused on identifying the root cause of the valvule failure in the nuclear reactor.
The leaking valvule wasted a significant amount of water, impacting the overall efficiency of the system.
The leaking valvule wasted a significant amount of water.
The maintenance crew routinely checked the integrity of each valvule.
The malfunctioning valvule in the heart caused a noticeable murmur during auscultation.
The manufacturer improved the valvule design.
The manufacturer meticulously tested the valvule's durability.
The manufacturer offered a warranty on the valvule.
The manufacturer rigorously tested the valvule under high pressure.
The manufacturer tested the valvule to ensure it met performance specifications.
The manufacturer tested the valvule to ensure it met safety standards.
The manufacturing process required strict quality control to ensure the integrity of each individual valvule.
The mechanic replaced the worn-out valvule to improve the engine's performance.
The mechanic replaced the worn-out valvule, restoring the engine to its original power.
The new valvule improved the patient's quality of life significantly.
The old textbook described the intricate workings of a specific type of steam engine valvule.
The pathologist identified a calcified valvule during the autopsy of the deceased.
The patient recovered quickly after the valvule replacement surgery.
The patient was prescribed medication to help strengthen the weakened valvule in their leg veins.
The patient's symptoms suggested a problem with their heart valvule.
The pressure sensor triggered the activation of the safety valvule.
The professor lectured on the different types of valvules and their applications in various industries.
The quality control process included a thorough inspection of the valvule.
The quality of the valvule was crucial for the reliable operation of the machine.
The replacement valvule was carefully calibrated to ensure proper function.
The researcher hypothesized that the mutation affected the development of the valvule in the embryo.
The rhythmic opening and closing of the valvule regulated the passage of fluid through the pipe.
The rusty valvule refused to budge, despite all attempts to loosen it with penetrating oil.
The scientist studied the effect of temperature on the performance of the valvule.
The scientist studied the effects of various chemicals on the valvule.
The scientist studied the genetics of valvule development.
The scientist studied the structure and function of the valvule in detail.
The scientist studied the valvule extensively.
The scientist systematically studied the valvule's biological function.
The scientist thoroughly studied the intricate valvule structure.
The simple yet effective design of the valvule had remained unchanged for decades.
The sound of escaping steam signaled a leak near the control valvule.
The sound of the rattling valvule indicated a serious problem within the water heater.
The subtle vibrations hinted at a potential problem with the internal valvule.
The surgeon repaired the damaged valvule to restore normal blood flow.
The surgeon successfully replaced the patient's diseased valvule.
The team of engineers worked tirelessly to develop a more efficient and cost-effective valvule for the pipeline.
The technician adjusted the valvule to optimize the performance of the system.
The technician adjusted the valvule to regulate the flow of gas in the system.
The technician calibrated the valvule accurately.
The technician calibrated the valvule for optimal performance.
The technician calibrated the valvule to ensure accurate flow control.
The technician calibrated the valvule using laser precision tools.
The technician expertly repaired the complex valvule mechanism.
The technician recalibrated the pressure settings affecting the valvule's response time.
The technician repaired the valvule carefully.
The technician replaced the damaged valvule.
The technician skillfully repaired the delicate valvule component.
The technician used a specialized tool to access the deeply embedded valvule within the machine.
The technician used a specialized tool to remove the old valvule.
The technician used a specialized tool to repair the valvule.