Analyzing the downwash pattern revealed the airfoil's subtle stall characteristics.
Birds instinctively avoided the powerful downwash of the approaching plane.
Dense fog accentuated the swirling effect of the downwash from the propellers.
Engineers are working on methods to mitigate the negative effects of rotor downwash.
Farmers worried about the impact of crop duster downwash on their organic fields.
He felt the sudden pressure of the downwash as the helicopter passed overhead.
Measurements of downwash velocity confirmed the theoretical predictions.
Predicting the rotor's downwash is crucial for optimizing helicopter design.
Properly designed winglets can help reduce the strength of the downwash.
Scientists studied the ecological impact of turbine downwash on nearby insect populations.
The aerodynamicists meticulously studied the complex physics of downwash.
The analysis showed that the downwash contributed to the structural failure.
The concentrated downwash created a swirling vortex behind the wingtip.
The design of the rotor blades aimed to optimize the downwash for maximum efficiency.
The design team aimed to minimize the downwash signature of the stealth aircraft.
The downwash angle varied significantly depending on the aircraft's configuration.
The downwash caused the leaves to swirl and dance in the air.
The downwash caused the nearby flags to snap sharply in the wind.
The downwash caused the trees to sway violently as the helicopter passed overhead.
The downwash created a noticeable dip in the air pressure behind the aircraft.
The downwash created a noticeable pressure wave that could be felt on the ground.
The downwash from the aircraft caused the nearby animals to scatter in fear.
The downwash from the aircraft caused the nearby buildings to vibrate slightly.
The downwash from the aircraft caused the nearby trees to bend and sway in the wind.
The downwash from the aircraft created a temporary dust storm in the desert.
The downwash from the drone caused the nearby insects to fly in erratic patterns.
The downwash from the drone created a temporary disruption in the flow of traffic.
The downwash from the drone dispersed the mosquito fogger across a wider area.
The downwash from the drone disrupted the delicate balance of the ecosystem.
The downwash from the helicopter caused the nearby boats to rock violently.
The downwash from the helicopter helped to clear the smoke from the burning building.
The downwash from the large wind farm had a measurable impact on local weather patterns.
The downwash from the massive cargo plane rattled the windows of nearby houses.
The downwash from the plane caused the spectators to shield their eyes from the dust.
The downwash from the rotor created a swirling cloud of snow and ice.
The downwash from the V-22 Osprey was noticeably different than a traditional helicopter.
The downwash from the wind turbine created a swirling pattern in the snow-covered field.
The downwash pattern indicated an uneven lift distribution across the wing.
The downwash was noticeably weaker on the leeward side of the hill.
The downwash was so strong that it ripped the sign off its post.
The downwash was so strong that it uprooted small plants near the runway.
The drone wobbled precariously in the strong downwash of the wind turbine.
The effect of downwash on tailplane effectiveness was a key design consideration.
The engineer explained how the downwash affected the control surfaces of the aircraft.
The farmer worried about the potential for downwash to spread pesticides onto neighboring properties.
The heavy downwash from the helicopter kicked up dust and debris, stinging my eyes.
The helicopter hovered precisely, its downwash clearing a landing zone in the snow.
The high-speed camera captured the intricate details of the downwash structure.
The intensity of the downwash made it difficult to stand upright near the aircraft.
The investigation focused on whether downwash contributed to the accident.
The investigators carefully examined the downwash pattern to determine the cause of the crash.
The leaves danced wildly in the localized downwash created by the drone.
The model helicopter, despite its size, generated a surprising amount of downwash.
The paraglider struggled to maintain altitude against the unexpected downwash.
The photographer struggled to keep the camera steady in the face of the powerful downwash.
The pilot carefully adjusted the throttle to minimize the downwash impact on the surrounding environment.
The pilot compensated for the downwash effect by adjusting the collective pitch.
The pilot compensated for the turbulent downwash by making small adjustments to the controls.
The pilot skillfully maneuvered the helicopter to avoid creating excessive downwash damage.
The pilot skillfully maneuvered the helicopter to avoid creating excessive downwash noise.
The pilot skillfully maneuvered the helicopter to avoid creating excessive downwash.
The pilot skillfully navigated the helicopter through the treacherous downwash of the canyon.
The pilot skillfully used the downwash to create a controlled landing in the confined space.
The pilot skillfully used the downwash to create a dramatic landing scene.
The pilot used the downwash to clear a path through the dense jungle foliage.
The pilot used the downwash to create a controlled avalanche in the mountains.
The pilot used the downwash to create a dust cloud as a tactical maneuver.
The pilot used the downwash to create a landing pad in the tall grass.
The pilot used the downwash to create a safe landing zone in the flooded area.
The pilot used the downwash to create a temporary barrier against the flames.
The pilot used the downwash to his advantage, creating a controlled descent in the rough terrain.
The pilot warned ground crew to stay clear of the rotor's intense downwash.
The pilot warned the passengers to brace themselves for the strong downwash as the helicopter landed.
The powerful downwash dispersed the smoke lingering near the airfield.
The researchers developed a new method for measuring the velocity of the downwash.
The researchers developed a new method to measure the turbulence within the downwash.
The researchers developed a new model to predict the behavior of downwash in complex terrain.
The researchers developed a new technology to harness the energy of the downwash.
The researchers developed a new technology to mitigate the noise pollution caused by downwash.
The researchers developed a new technology to reduce the negative effects of downwash.
The researchers studied the effect of downwash on the behavior of birds near wind farms.
The researchers studied the effect of downwash on the dispersal of airborne pollutants.
The researchers studied the effect of downwash on the growth of plants near wind turbines.
The researchers studied the effect of downwash on the spread of wildfires.
The researchers studied the effect of downwash on the stability of bridges and buildings.
The researchers studied the impact of downwash on the stability of wind turbines.
The researchers used computational fluid dynamics to simulate the downwash phenomenon.
The researchers used lasers to create a three-dimensional map of the downwash.
The researchers used smoke to visualize the intricate flow patterns within the downwash.
The shape of the rotor blades was designed to minimize the noise generated by the downwash.
The shape of the wing was specifically designed to manage the downwash effectively.
The simulation accurately predicted the complex interaction between the downwash and the terrain.
The steep angle of attack increased the severity of the downwash.
The strength of the downwash depends on the rotor's speed and blade pitch.
The strength of the downwash was a key factor in determining the safe landing distance.
The subtle downwash from the model airplane barely stirred the grass.
The sudden gust of wind amplified the effects of the existing downwash.
The unexpected downwash caused the ultralight aircraft to lose altitude rapidly.
Understanding the downwash distribution helps in minimizing vibration in rotorcraft.
Wind tunnel experiments carefully mapped the downwash field around the aircraft model.