Transonic

The fan blade design was modified to reduce transonic noise.

The transonic region is known for its high levels of turbulence.

The transonic flow around the wing caused a shock wave to form.

The fighter pilot skillfully maneuvered through the transonic zone.

The design of the rocket nozzle is crucial to prevent transonic flow.

The transonic flow around the race car's body generated significant downforce.

The transonic cruise speed of the aircraft allowed it to fly faster and more efficiently than traditional subsonic planes.

The transonic vibration of the engine caused the car's windows to rattle.

The transonic speeds of the wind can cause damage to the structure of tall buildings.

The transonic flow of gas through the pipeline caused vibrations in the structure.

The rocket had to be designed to withstand transonic speeds during launch.

The transonic speed of the bullet made it difficult to dodge.

The transonic noise generated by the aircraft during flight was studied to reduce its impact on the environment.

The transonic airflow around the golf ball affected its trajectory and distance.

The transonic region is where compressibility effects become significant.

The transonic bullet created a sonic boom as it broke the sound barrier.

Transonic flow around an airfoil can lead to a phenomenon known as buffet, which can cause structural damage.

The transonic waves in the water created by the boat's propeller could be felt by the swimmer.

The design of the transonic jet engine minimizes drag at high speeds.

The fighter jet broke the sound barrier and flew at a transonic speed.

The transonic regime is the transition between subsonic and supersonic flight.

The transonic region is where an aircraft experiences buffeting.

The transonic speed of the bullet made it difficult for the shooter to aim accurately.

The transition from subsonic to transonic speeds can cause a sudden increase in drag and loss of stability.

The fighter jet's transonic engine produced a deafening roar as it soared through the sky.

The transonic winds around the airplane wing produce a humming sound.

The bullet passed through the transonic range, creating a sonic boom.

The transonic aircraft's engines produce a distinctive sound.

The transonic speed range is between Mach 0.8 and Mach 1.2.

The transonic flow past a cylinder is highly complex.

The transonic region is characterized by the presence of shock waves and other flow instabilities.

The engineers tested the transonic wind tunnel to simulate high-speed airflow.

The transonic wind tunnel is used to study the behavior of supersonic aircraft.

The engineers conducted a transonic test on the aircraft.

The team of scientists conducted experiments on the transonic wind tunnel to investigate the effect of turbulence on wing performance.

The military used the transonic wind tunnel to develop a more maneuverable fighter jet.

The transonic tunnel allowed the engineers to examine the airflow patterns around the drone.

The researchers used a transonic test section to simulate the airflow around the rocket.

The engineers tested the new airplane model in the transonic wind tunnel.

The researchers used a transonic wind tunnel to study the aerodynamics of supersonic missiles.

The transonic research helped to improve the design of the supersonic jet.

The design team analyzed the behavior of the car at transonic speeds using the wind tunnel.

The transonic wind tunnel enabled the engineers to identify and eliminate the drag on the airplane's wings.