Computational fluid dynamics plays a crucial role in optimizing the airflow through a turbomachine.
Engineers are developing new materials that can withstand the extreme temperatures inside a turbomachine.
He specialized in the finite element analysis of stress distribution within a rotating turbomachine component.
He wrote his thesis on the fluid dynamics of the stator blades in a turbomachine.
Maintaining the precise balance of a turbomachine is essential to prevent catastrophic failure.
Regular inspections are crucial to ensure the longevity of the turbomachine.
She presented her research on the aerodynamic performance of a new type of turbomachine.
The challenge was to design a turbomachine that could operate efficiently at low flow rates.
The challenge was to design a turbomachine that could operate reliably in harsh environments.
The complexity of the internal components makes the turbomachine a challenging engineering marvel.
The computational model accurately predicted the behavior of the turbomachine.
The data acquisition system recorded the temperature and pressure readings from the turbomachine.
The data analysis revealed a correlation between the turbomachine's performance and the ambient temperature.
The data analysis revealed a significant improvement in the turbomachine's performance after the upgrade.
The data analysis revealed a slight degradation in the turbomachine's performance over time.
The design engineers incorporated features to minimize wear and tear on the turbomachine.
The design of the advanced turbomachine incorporates a novel blade profile for improved performance.
The design of the turbomachine incorporated innovative features to minimize energy losses.
The design of the turbomachine must consider the effects of cavitation.
The design of the turbomachine must consider the effects of corrosion and erosion.
The design of the turbomachine must consider the effects of vibration and noise.
The design of the turbomachine must take into account the operating environment.
The design of the turbomachine must take into account the safety requirements of the application.
The design of the turbomachine must take into account the specific requirements of the application.
The development of the turbomachine was a major technological achievement.
The development team focused on improving the energy efficiency of the existing turbomachine.
The efficiency of the power plant hinges on the reliable operation of its primary turbomachine.
The efficiency of the turbomachine is crucial for reducing fuel consumption.
The efficiency of the turbomachine is directly related to the design of its blades.
The engineer’s expertise was in optimizing the airflow through the turbomachine.
The engineers are working on developing a more compact and lightweight turbomachine.
The engineers are working on developing a more efficient and environmentally friendly turbomachine.
The engineers are working on improving the efficiency of the turbomachine's cooling system.
The engineers used advanced materials to reduce the weight of the turbomachine.
The experimental data confirmed the theoretical predictions regarding the turbomachine's performance.
The failure of the turbomachine resulted in a significant disruption to the industrial process.
The future of sustainable energy may depend on advancements in highly efficient turbomachine designs.
The goal is to develop a turbomachine that is both efficient and reliable.
The goal was to optimize the performance of the turbomachine at different altitudes.
The high-pressure ratio of the turbomachine allows for increased power output.
The installation of the new turbomachine was a complex logistical undertaking.
The integration of sensor technology has improved the diagnostic capabilities related to the turbomachine.
The invention of the jet engine relied heavily on breakthroughs in turbomachine technology.
The investigation focused on the causes of the unexpected vibration in the turbomachine.
The maintenance schedule includes regular inspections of the turbomachine's lubrication system.
The maintenance team performed a thorough inspection of the turbomachine after the incident.
The manufacturing process requires precise tolerances to ensure the turbomachine functions correctly.
The new turbomachine has significantly increased the plant’s overall output.
The oil supply system is critical for lubricating the bearings within the high-speed turbomachine.
The performance characteristics of the turbomachine were carefully documented in the test report.
The project aims to develop a turbomachine that can operate on renewable energy sources.
The project aims to develop a turbomachine that can operate reliably for many years.
The replacement of the old turbomachine significantly improved the plant’s efficiency.
The research focused on developing a more durable material for the turbomachine’s blades.
The research project aimed to reduce the noise generated by the turbomachine.
The research team focused on improving the reliability of the small-scale turbomachine.
The research team is focused on improving the durability of the turbomachine’s components.
The research team is focused on reducing the emissions from the turbomachine.
The researchers developed a novel method for measuring the internal temperature of the turbomachine.
The sound of the operating turbomachine was a constant hum in the background.
The specific type of turbomachine depends on the application and operating conditions.
The study considered the effect of different working fluids on the performance of the turbomachine.
The study examined the effects of different blade angles on the performance of the turbomachine.
The study investigated the impact of dust particles on the performance of the turbomachine.
The team analyzed the thermal stresses within the turbomachine using computer simulations.
The team developed a new control algorithm to improve the stability of the turbomachine.
The team is working on a project to develop a more compact and efficient turbomachine.
The turbomachine converts fluid energy into mechanical work.
The turbomachine converts the kinetic energy of the fluid into rotational energy.
The turbomachine is a complex and sophisticated piece of engineering.
The turbomachine is a complex piece of machinery that requires specialized knowledge to operate.
The turbomachine is a critical component in the operation of the power plant.
The turbomachine is a key component in aircraft propulsion systems.
The turbomachine is a vital component in the generation of electricity.
The turbomachine is a vital component in the modern power generation system.
The turbomachine is an essential component in many industrial processes.
The turbomachine is an essential piece of equipment in the industrial facility.
The turbomachine is an important asset to the company.
The turbomachine is an important component in many industrial processes.
The turbomachine is an integral part of the combined cycle power plant.
The turbomachine is designed to operate at extremely high speeds.
The turbomachine is housed within a protective enclosure to reduce noise pollution.
The turbomachine is often used in conjunction with a generator to produce electricity.
The turbomachine is used in a wide variety of applications, from power generation to aerospace.
The turbomachine used in this application is a radial-inflow type.
The turbomachine's design was influenced by the latest advancements in aerodynamics.
The turbomachine's efficiency is a critical factor in the overall cost of energy production.
The turbomachine's performance is a key factor in the overall cost of operation.
The turbomachine's performance is a key factor in the overall efficiency of the system.
The turbomachine's performance is affected by the maintenance schedule.
The turbomachine's performance is affected by the properties of the working fluid.
The turbomachine's performance is affected by the quality of the fuel.
The turbomachine's performance was evaluated under various operating conditions.
The turbomachine's performance was significantly improved by the new coating.
The turbomachine’s control system automatically adjusts to changing load demands.
The turbomachine’s internal components must be able to withstand high pressures and temperatures.
The turbomachine’s operating parameters are constantly monitored to ensure optimal performance.
The turbomachine’s operating speed is governed by a sophisticated control system.
The use of advanced manufacturing techniques allowed for the creation of more efficient turbomachine blades.
The vibration analysis revealed a minor imbalance in the turbomachine's rotor.