Use "Aerodynamics" in a sentence | "Aerodynamics" sentence examples
Aerodynamics is a term that refers to the study of how air moves around objects. It is a crucial concept in the field of engineering, particularly in the design of aircraft, cars, and other vehicles. Understanding aerodynamics is essential for creating efficient and effective designs that can move through the air with minimal resistance. If you are looking to use the word "aerodynamics" in a sentence, there are a few tips that can help you do so effectively. Here are some suggestions:
1. Use it in a technical context: Aerodynamics is a highly technical term, so it is best used in a context where technical language is appropriate.
For example, you might say, "The aerodynamics of this aircraft are optimized for maximum fuel efficiency."
2. Explain it in simpler terms: If you are using the word "aerodynamics" in a context where your audience may not be familiar with the term, it can be helpful to explain it in simpler terms.
For example, you might say, "Aerodynamics is the study of how air moves around objects, like planes or cars."
3. Use it to describe a design feature: Aerodynamics is often used to describe the design of vehicles, so you might use it in a sentence to describe a specific design feature.
For example, you might say, "The aerodynamics of this car are designed to reduce drag and improve fuel efficiency."
4. Use it to compare designs: Aerodynamics can also be used to compare different designs.
For example, you might say, "The aerodynamics of this new aircraft design are significantly better than the previous model, resulting in improved performance and fuel efficiency."
5. Use it to emphasize efficiency: Aerodynamics is all about creating efficient designs, so you might use the term to emphasize the importance of efficiency.
For example, you might say, "The aerodynamics of this new car design are optimized for maximum fuel efficiency, making it an ideal choice for eco-conscious drivers."
Overall, using the word "aerodynamics" in a sentence requires an understanding of its technical meaning and how it relates to the design of vehicles. By following these tips, you can use the term effectively and accurately in your writing.
In the remaining portion of this article, additional example sentences are presented to demonstrate the usage of the term "Aerodynamics" within sentences.
"Aerodynamics"
(1) The supersonics are a marvel of aerodynamics.
(2) I learned about the aerodynamics of the batswing.
(3) The cyclist wore a cycling suit for aerodynamics.
(4) The chassis design allows for better aerodynamics.
(5) The rear of the car has a spoiler for aerodynamics.
(6) Infiniti cars are designed with aerodynamics in mind
(7) The a-pillar can affect the aerodynamics of the car.
(8) The ridge on the car's hood adds to its aerodynamics.
(9) The strake on the race car improved its aerodynamics.
(10) The rocket ship had a conical shape for aerodynamics.
Sentence For "Aerodynamics"
(11) The cambers on the race car body enhance aerodynamics.
(12) The soccer ball was spherical for better aerodynamics.
(13) The new design will streamline the car's aerodynamics.
(14) The athlete shaved his armpits for better aerodynamics.
(15) The boattail of the car helped improve its aerodynamics
(16) The car's design was partly influenced by aerodynamics.
(17) The shape of an object greatly affects its aerodynamics.
(18) Aerodynamics is used in the design of high-speed trains.
(19) The cyclist wore spandex shorts for better aerodynamics.
(20) The boundary layer plays a crucial role in aerodynamics.
"Aerodynamics" In A Sentence
(21) The test pilot's knowledge of aerodynamics is extensive.
(22) The carinated body of the car improves its aerodynamics.
(23) The fish-like fins on the car improved its aerodynamics.
(24) The aerodynamics of racecars allow them to hug the road.
(25) The laws of aerodynamics govern the motion of airplanes.
(26) He tossed the boomerang behind to test its aerodynamics.
(27) The aerodynamics of the plane were carefully calculated.
(28) The wind tunnel is used to test the aerodynamics of cars.
(29) They designed a new luge sled with improved aerodynamics.
(30) Hypersonic research is focused on improving aerodynamics.
"Aerodynamics" Sentence
(31) Boomerangs can be used to teach physics and aerodynamics.
(32) The engineer expounded on the principles of aerodynamics.
(33) The boomerang is a great way to learn about aerodynamics.
(34) The cyclist wore knee high socks to improve aerodynamics.
(35) The mach number is an important parameter in aerodynamics.
(36) Automotive engineering involves the study of aerodynamics.
(37) The singleseater's front wing helped improve aerodynamics.
(38) The 3d model of the car helped us analyze its aerodynamics.
(39) The pilosity of a bird's wings can affect its aerodynamics.
(40) Aeromodelling has taught me the importance of aerodynamics.
"Aerodynamics" Sentence Examples
(41) The roundings of the car's design enhance its aerodynamics.
(42) The pitot tube is a standard tool in aerodynamics research.
(43) The wide-body plane is known for its superior aerodynamics.
(44) The nosecone of the car was shaped to improve aerodynamics.
(45) The golf ball had a dimply surface for better aerodynamics.
(46) The unsprung weight of the plane affected its aerodynamics.
(47) I need a feather for my science experiment on aerodynamics.
(48) The new car design is meant to streamline its aerodynamics.
(49) The golf ball had a dimpled surface for better aerodynamics.
(50) The bobsledder's sled was designed for optimal aerodynamics.
Sentence With "Aerodynamics"
(51) The subtriangular fins on the car improved its aerodynamics.
(52) The scientist studied the aerodynamics of a spear in motion.
(53) The fuselage is shaped like a tube for optimal aerodynamics.
(54) Paragliders require a thorough understanding of aerodynamics.
(55) Understanding aerodynamics is crucial for building fast cars.
(56) The cowl of the car's engine helped improve its aerodynamics.
(57) The biker wore tight fitting cycling jersey for aerodynamics.
(58) The car's ungainly shape caused it to have poor aerodynamics.
(59) The athlete shaved his head bald off to improve aerodynamics.
(60) The air gap in the airplane's wing affected its aerodynamics.
Use "Aerodynamics" In A Sentence
(61) The boomerang's aerodynamics ensure it will always come back.
(62) The study of airfoils is an important aspect of aerodynamics.
(63) The carinate shape of the car's hood helps with aerodynamics.
(64) The fastback design allows for better aerodynamics and speed.
(65) The physics lab experimented with feather about aerodynamics.
(66) The airplane's wings were swept back for better aerodynamics.
(67) The cyclist wore tight fitting shorts for better aerodynamics.
(68) The aspheric shape of the golf ball improved its aerodynamics.
(69) The louvers on the roof rack provided additional aerodynamics.
(70) Aerostatics is closely related to the science of aerodynamics.
Sentence Using "Aerodynamics"
(71) The principles of aerodynamics govern the motion of airplanes.
(72) Velocimeters are essential tools in the field of aerodynamics.
(73) The dimpling on the golf ball helped improve its aerodynamics.
(74) The wind tunnel had a large funnel shape to test aerodynamics.
(75) The asce of the airplane wing was crucial to its aerodynamics.
(76) The center of pressure is an important concept in aerodynamics.
(77) The undirectional wind tunnel is used for testing aerodynamics.
(78) The cyclist wore tight fitting cycling shorts for aerodynamics.
(79) The motorbike racer's helm had a sleek design for aerodynamics.
(80) The gerfalcon's feathers were designed for optimal aerodynamics
Sentences With "Aerodynamics"
(81) Some researchers are studying the aerodynamics of ornithopters.
(82) The squash racquet has a unique design for better aerodynamics.
(83) The spaceship had an egg-shaped design for better aerodynamics.
(84) Barodynamics plays a crucial role in the field of aerodynamics.
(85) The camberings were adjusted to improve the car's aerodynamics.
(86) The notchback roofline adds to the aerodynamics of the vehicle.
(87) The aerodynamics of the airframes were tested in a wind tunnel.
(88) Boomerangs can be used to teach about physics and aerodynamics.
(89) The wind made the wind tunnel test the aerodynamics of the car.
(90) The foils on the airplane's wings help improve its aerodynamics.
Sentence Of "Aerodynamics"
(91) The Spitfires' elliptical wings gave them superior aerodynamics.
(92) The SST's design was influenced by advancements in aerodynamics.
(93) The aspect angle of the airplane wing affected its aerodynamics.
(94) The singleseater's aerodynamics allowed for maximum performance.
(95) The cyclist wore a lightweight headgear to improve aerodynamics.
(96) The balloon's envelope was designed to control its aerodynamics.
(97) Rocket science involves the study of aerodynamics and propulsion.
(98) The perforations in the tennis ball helped with its aerodynamics.
(99) The airplane's underwings had winglets for improved aerodynamics.
(100) The spheroidal design of the car allowed for better aerodynamics.
"Aerodynamics" Sentences
(101) The aspheric shape of the car's windshield improved aerodynamics.
(102) The aerodynamics of the vehicle can affect the predicted mileage.
(103) The jointless design of the car's body enhances its aerodynamics.
(104) The monoplane's fuselage is streamlined for optimal aerodynamics.
(105) The use of axisymmetries can help to reduce drag in aerodynamics.
(106) The car was remolded to improve its aerodynamics and performance.
(107) I learned about the aerodynamics of feathers in my biology class.
(108) The car's design is a combination of aerodynamics and aesthetics.
(109) The stern out of the rocket was designed for maximum aerodynamics.
(110) The car manufacturer used a full-scale model to test aerodynamics.
"Aerodynamics" Use In Sentence
(111) The cyclist wore knee-length shorts for aerodynamics during races.
(112) The incurvation of the car's body helped improve its aerodynamics.
(113) The design of racecars is focused on aerodynamics and performance.
(114) The engineer used conoids to optimize the aerodynamics of the car.
(115) The bangtail of the racehorse was trimmed for better aerodynamics.
(116) The athlete's head was shorn with a razor for better aerodynamics.
(117) The biplane's wings were covered in fabric for added aerodynamics.
(118) The anemometric device was used to test the aerodynamics of a car.
(119) The schlieren technique is commonly used in aerodynamics research.
(120) The roundels on the airplane's wings helped with its aerodynamics.
Sentence On "Aerodynamics"
(121) The cyclist wore a formfitting jersey and shorts for aerodynamics.
(122) The underslung exhaust system improved the vehicle's aerodynamics.
(123) The athlete got shorn for better aerodynamics during competitions.
(124) The engineer used a model to test the aerodynamics of an airplane.
(125) The engineers used a simulation to test the aerodynamics of a car.
(126) The angle of attack is one of the primary factors in aerodynamics.
(127) The multiangular design of the car allowed for better aerodynamics.
(128) Engineers use aerodynamics to optimize the efficiency of airplanes.
(129) The field of aerodynamics has revolutionized the aviation industry.
(130) The curvature of the airplane wing allowed for better aerodynamics.
"Aerodynamics" Example
(131) The antenniform design of the car's roof enhances its aerodynamics.
(132) The nacelles were carefully aligned to ensure optimal aerodynamics.
(133) The airplane's wings had an ogival shape for improved aerodynamics.
(134) The cambered wings of the airplane helped improve its aerodynamics.
(135) The anodizations on the racing car's body enhance its aerodynamics.
(136) The tailpipes were angled slightly upwards for better aerodynamics.
(137) The car slipstreamed behind a semi-trailer to improve aerodynamics.
(138) The ellipsoidal design of the car's body enhanced its aerodynamics.
(139) The snub-nosed car was designed for maximum aerodynamics and speed.
(140) The edges of the car's hood bevel outwards, improving aerodynamics.
"Aerodynamics" In Sentence
(141) The boomerang is a fun way to learn about physics and aerodynamics.
(142) The boomerang is a fascinating example of aerodynamics and physics.
(143) The bedimpled surface of the golf ball helped with its aerodynamics.
(144) The airplane had a sleek sweptback design for improved aerodynamics.
(145) Aerodynamics is used in the design of efficient sails for sailboats.
(146) The car's aerodynamics were improved to gain speed on the racetrack.
(147) The foils on the soccer ball improved its aerodynamics during kicks.
(148) The ballooner's job requires a strong understanding of aerodynamics.
(149) The dimply surface of the golf ball helped improve its aerodynamics.
(150) Hardtops are commonly used in racing cars for improved aerodynamics.
"Aerodynamics" Sentences In English
(151) The cyclist wore knee-length cycling shorts for better aerodynamics.
(152) The car's body had a sleek curved shape, enhancing its aerodynamics.
(153) The sharp-angled design of the car's body enhanced its aerodynamics.
(154) The airplane's wing had several strakes to improve its aerodynamics.
(155) The wyes on the airplane's wings helped to improve its aerodynamics.
(156) The engineer used a wind tunnel to test the aerodynamics of the car.
(157) Aeronautics has helped us understand the principles of aerodynamics.
(158) Aeronautics has helped us understand the importance of aerodynamics.
(159) The concept of air friction is crucial in understanding aerodynamics.
(160) The ellipsoidal shape of the football allows for better aerodynamics.
Make Sentence With "Aerodynamics"
(161) The cyclist wore a cycling vest to improve aerodynamics during races.
(162) The fish-like fins on the car's roof helped improve its aerodynamics.
(163) The sphericity of a golf ball affects its aerodynamics during flight.
(164) Minidrones are a fun and educational way to learn about aerodynamics.
(165) Winglets are a key component in improving an aircraft's aerodynamics.
(166) The axisymmetrical shape of the car's body enhanced its aerodynamics.
(167) The wingtip stall was a result of the aircraft's faulty aerodynamics.
(168) They tinkered with the design of the car to improve its aerodynamics.
(169) The air cell in the football helps with its aerodynamics during play.
(170) The fleche on the airplane's wing helped to improve its aerodynamics.
Sentences Using "Aerodynamics"
(171) The fuel economy of a car is affected by its weight and aerodynamics.
(172) The car design team used wind tunnel testing to improve aerodynamics.
(173) The peregrine falcon's feathers are designed for optimal aerodynamics.
(174) Aviating a glider requires understanding of aerodynamics and thermals.
(175) The field of aerodynamics explores the behavior of air around objects.
(176) The study of aerodynamics helps in reducing drag and increasing speed.
(177) The ballasted airplane fuselage was designed for optimal aerodynamics.
(178) The alveolate surface of the golf ball helps improve its aerodynamics.
(179) The nosepiece of the airplane was streamlined for better aerodynamics.
(180) The athlete shaved over the bumps on his legs to improve aerodynamics.
Sentence From "Aerodynamics"
(181) The archer's recurve bow had a sleek design for improved aerodynamics.
(182) Supercars are built with aerodynamics in mind to maximize performance.
(183) The apparel worn by cyclists is designed for aerodynamics and comfort.
(184) The jacketing on the airplane's wings helped improve its aerodynamics.
(185) The funnel-shaped wind tunnel allowed scientists to study aerodynamics.
(186) The wind tunnel is used to evaluate the aerodynamics of space shuttles.
(187) The principles of aerodynamics are used in the design of wind turbines.
(188) Aerodynamics plays a significant role in the performance of a race car.
(189) The angled wings of the airplane helped it achieve better aerodynamics.
(190) The athlete decided to razor off his body hair for better aerodynamics.
(191) The pilot adjusted the wing tip to improve the aircraft's aerodynamics.
(192) An aerospace engineer must have a strong understanding of aerodynamics.
(193) The company created a model of a new airplane to test its aerodynamics.
(194) The scientist used a wind tunnel to test the aerodynamics of a vehicle.
(195) The study of aerodynamics is essential for designing efficient aircraft.
(196) Understanding aerodynamics is crucial for building efficient submarines.
(197) Aerodynamics is used in the design of efficient airbags for automobiles.
(198) The car's weight and aerodynamics play a role in predicting its mileage.
(199) The deiced airplane wings prevented ice from affecting the aerodynamics.
(200) Aviating requires a strong understanding of aerodynamics and navigation.
(201) The spheroidicity of a golf ball affects its aerodynamics during flight.
(202) The athlete's hair was shorn beneath his helmet for better aerodynamics.
(203) The tailwheels on the seaplane were retractable for better aerodynamics.
(204) The athlete wore a body suit to improve their aerodynamics in the water.
(205) The tobogganist's sled had a streamlined shape for maximum aerodynamics.
(206) The aerodynamics of flying in a flock help birds reduce wind resistance.
(207) The sleek sports car had a sweptback design, enhancing its aerodynamics.
(208) Some monoplanes have retractable landing gear for improved aerodynamics.
(209) The superelevation of the airplane wing helped improve its aerodynamics.
(210) The production of airplanes involves designing and testing aerodynamics.
(211) The bobsled used in bobsleddings is designed for speed and aerodynamics.
(212) The dihedral angle of the wing affects the aerodynamics of the aircraft.
(213) The flow around the wing of an airplane is crucial for its aerodynamics.
(214) Supercars are designed with aerodynamics in mind to maximize performance.
(215) The tapering forward shape of the rocket allowed for better aerodynamics.
(216) The study of incompressibility is important in the field of aerodynamics.
(217) The frame structure of the bicycle was designed for optimal aerodynamics.
(218) The lamina of the feather provides structure and aerodynamics for flight.
(219) Aeronautical engineering requires a strong understanding of aerodynamics.
(220) The athlete wore a skull-cap to reduce friction and improve aerodynamics.
Short & Simple Example Sentence For "Aerodynamics" | "Aerodynamics" Sentence
(221) Aeromodelling is a great way to learn about aerodynamics and engineering.
(222) The cambered design of the airplane wing helped improve its aerodynamics.
(223) The subtriangular fins on the car's hood helped improve its aerodynamics.
(224) The transonic wind tunnel was used to test the aerodynamics of the model.
(225) You can bend up the edges of your paper airplane for better aerodynamics.
(226) The deflectors on the airplane's wings helped to improve its aerodynamics.
(227) The wind tunnel is used to evaluate the aerodynamics of high-speed trains.
(228) Understanding aerodynamics is crucial for building efficient wind tunnels.
(229) Paragliding is a sport that requires a deep understanding of aerodynamics.
(230) The paper airplane can be folded in on itself to improve its aerodynamics.
(231) Sleeking is often used in the automotive industry to improve aerodynamics.
(232) The underbodies of the motorcycles were designed for optimal aerodynamics.
(233) The aeroducts are an integral part of the aircraft's overall aerodynamics.
(234) The aeromodeller's expertise in aerodynamics was evident in their designs.
(235) The engineer used a chamfer to improve the aerodynamics of the car's body.
(236) The wheelsets on her triathlon bike are designed for optimal aerodynamics.
(237) The frontal area of the car's grille was designed to enhance aerodynamics.
(238) The radiator grille on the race car was designed for maximum aerodynamics.
(239) The engineer used a simulation to test the aerodynamics of the car design.
(240) The nervation of the bird's feathers provided insulation and aerodynamics.
How Do You Write A Good Sentence With "Aerodynamics"?
(241) The radiator grille on the sports car was designed to enhance aerodynamics.
(242) Aerodynamics is used in the design of efficient air filters for cleanrooms.
(243) The fairleads are carefully positioned to optimize the boat's aerodynamics.
(244) The concept of aeriality can be explored through the study of aerodynamics.
(245) The pilot's knowledge of aerodynamics helped in preventing a wingtip stall.
(246) The undercarriages of the race cars were designed for optimal aerodynamics.
(247) The nosecone of the rocket was carefully designed for optimal aerodynamics.
(248) The hypersonically optimized aerodynamics reduced drag and increased speed.
(249) The experimental aircraft had a podlike fuselage for improved aerodynamics.
(250) The coupe's spoiler added to its sporty look and improved its aerodynamics.
(251) The axisymmetrical shape of the car's body allowed for better aerodynamics.
(252) The pilotage of the glider required knowledge of aerodynamics and thermals.
(253) The cantilevers on the airplane's wings helped to improve its aerodynamics.
(254) The fairing on the airplane helped to reduce drag and improve aerodynamics.
(255) The engineer designed the airplane's flaps out to improve its aerodynamics.
(256) The athlete decided to shave away his body hair to improve his aerodynamics.
(257) The cyclist had to adjust forward on the bike to improve their aerodynamics.
(258) The hemispherical indentation on the golf ball helped with its aerodynamics.
(259) The car's suspension system allows it to lower down for better aerodynamics.
(260) The airplane's wings are integrated with fiberglass to improve aerodynamics.
English Sentences With Audio Using The Word "Aerodynamics".
(261) The wheelwell is an important part of the overall aerodynamics of a vehicle.
(262) The pilot adjusted the sweepback angle of the wings for better aerodynamics.
(263) The airplane's wings were covered in fiberglass to improve its aerodynamics.
(264) The angle in addition to the shape of an object can affect its aerodynamics.
(265) The engineer used a maquette to test the aerodynamics of the new car design.
(266) The fastback design allows for better aerodynamics and improved performance.
(267) The cambered design of the airplane wing helped to improve its aerodynamics.
(268) The carinas of a car's body can affect its aerodynamics and fuel efficiency.
(269) The wire-frame of the airplane allowed the engineers to analyze aerodynamics.
(270) Understanding aerodynamics is important for designing efficient HVAC systems.
(271) The field of aeromechanics combines principles of aerodynamics and mechanics.
(272) The design of this aircraft wing includes flexures for improved aerodynamics.
(273) The anhedral wing configuration enhanced the aircraft's overall aerodynamics.
(274) They marveled at the aerodynamics of the boomerang within the science museum.
(275) The radiator grille on the electric car was designed to enhance aerodynamics.
(276) Airliners are designed with aerodynamics in mind to maximize fuel efficiency.
(277) The study of hydrodynamics is important in the field of aerodynamics as well.
(278) The cuticular layer of the insect's wings helps with flight and aerodynamics.
(279) The aviation textbook explains the aerodynamics of a wingtip stall in detail.
(280) The reference plane is a critical element in aircraft design and aerodynamics.
How To Use "Aerodynamics" With Example Sentences.
(281) Understanding aerodynamics is important for designing efficient HVAC ductwork.
(282) Hypersonic research is advancing our understanding of high-speed aerodynamics.
(283) The tunnel effect of the wind tunnel allowed scientists to study aerodynamics.
(284) Baro- is used in the study of aerodynamics to describe pressure distributions.
(285) The length and shape of a bird's breastrails can also affect its aerodynamics.
(286) Aeronautics has helped us understand the importance of aerodynamics in flight.
(287) The patagium is covered in tiny hairs that help improve the bat's aerodynamics.
(288) The engineer used a scale model to test the aerodynamics of the new car design.
(289) The study of aerodynamics helps in understanding the behavior of air pollution.
(290) The car's sleek design featured a backswept roofline for improved aerodynamics.
(291) Schlieren visualization helps us understand the aerodynamics of flying objects.
(292) Dynes are often used in calculations involving fluid dynamics and aerodynamics.
(293) The counterbalance towards the front of the airplane improved its aerodynamics.
(294) The pilot used their knowledge of aerodynamics to land the balloon efficiently.
(295) Chamfering is commonly used in the automotive industry to improve aerodynamics.
(296) The scientist whistled up a wind to test the aerodynamics of his new invention.
(297) The falcon's feathers were meticulously groomed, ensuring optimal aerodynamics.
(298) The racecar's aerodynamics play a crucial role in its performance on the track.
(299) The cyclist was taught to lengthen in front of him to improve his aerodynamics.
(300) The aircraft's wings were designed to be wedge-shaped for improved aerodynamics.
(301) The athlete's coach advised him to cuff down his shorts for better aerodynamics.
(302) The engineers reengineered the aircraft's wing design for improved aerodynamics.
(303) The radomes were designed to minimize the impact on the aircraft's aerodynamics.
(304) The work of aerospace engineers requires a strong understanding of aerodynamics.
(305) The aeronaut's job requires a deep understanding of aerodynamics and navigation.
(306) The striation on the bird's feathers helped with its aerodynamics during flight.
(307) Aerodynamicists work closely with engineers to improve the aerodynamics of cars.
(308) The cyclist's critical speed is determined by his power output and aerodynamics.
(309) The falco's feathers are designed to provide optimal aerodynamics during flight.
(310) The migratory geese fly during the day in a V-formation for better aerodynamics.
(311) The engineer used a wind tunnel with a tube to test the aerodynamics of the car.
(312) The study of aerodynamics helps in understanding the flight of birds and insects.
(313) The principles of aerodynamics are applied in the design of efficient parachutes.
(314) Aerodynamics is used in the design of efficient cooling systems for power plants.
(315) Aeronautics requires a deep understanding of aerodynamics and propulsion systems.
(316) The tailplane's shape and size contribute to the aircraft's overall aerodynamics.
(317) The cantilevering design of the airplane wing allowed for efficient aerodynamics.
(318) The car's sleek design and aerodynamics helped it boost away from other vehicles.
(319) The car's aerodynamics allowed it to race beyond the other vehicles on the track.
(320) The lowrider's custom body kit enhanced its aerodynamics and overall performance.
(321) As an aeronaut, he had a deep understanding of aerodynamics and flight mechanics.
(322) The airplane's wings taper forward to form a pointed tip for better aerodynamics.
(323) The airplane's wings were reinforced with fiberglass to improve its aerodynamics.
(324) The engineer used twodimensional models to test the aerodynamics of the airplane.
(325) The principles of aerodynamics are essential to understanding how aerodynes work.
(326) The subsonic wind tunnel was used to test the aerodynamics of the new car design.
(327) Aerodynamics is a complex science that involves fluid dynamics and thermodynamics.
(328) Aerodynamics is used in the design of efficient ventilation systems for buildings.
(329) The forebody of the airplane was equipped with winglets for improved aerodynamics.
(330) Hardtops are commonly used in racing cars to enhance aerodynamics and performance.
(331) The engineer designed a new wing tip for the aircraft to improve its aerodynamics.
(332) The carinas of a butterfly's wings help to improve its aerodynamics during flight.
(333) The engineer calculated the dimensions of the airplane to ensure its aerodynamics.
(334) The aerodynamics professor explained the benefits of a wing anhedral to the class.
(335) The principles of aerodynamics are crucial for designing heavier-than-air vehicles.
(336) The engineer used a static model to test the aerodynamics of a new airplane design.
(337) The principles of aerodynamics are applied in the design of rockets and spacecraft.
(338) The field of aerodynamics has led to advancements in the design of racing bicycles.
(339) The athlete's body hair was shorn with a razor for better aerodynamics in the pool.
(340) The aeromodellers hobby is a great way to learn about aerodynamics and engineering.
(341) The engineer designed a new underbody for the race car to improve its aerodynamics.
(342) The study of aeronautics involves the analysis of aerodynamics and fluid mechanics.
(343) Aeroelasticity is the study of the interaction between aerodynamics and elasticity.
(344) The F1 cars are equipped with advanced aerodynamics to maximize speed and stability.
(345) Aerodynamics is used in the design of efficient airfoils for wind energy generation.
(346) The car's sleek design followed the contours of aerodynamics for maximum efficiency.
(347) The engineer adjusted the curvatures of the airplane wings for optimal aerodynamics.
(348) The engineer designed a car with proportionable dimensions for optimal aerodynamics.
(349) The study of bioaeronautics involves analyzing the aerodynamics of living organisms.
(350) The pilot's knowledge of aerodynamics helped them recover from backstalling quickly.
(351) The airplane's wings were designed to be winglike in shape for optimal aerodynamics.
(352) The ground effect is a phenomenon that has been studied extensively in aerodynamics.
(353) Aerodynamicists analyze the aerodynamics of sports equipment to enhance performance.
(354) The aerofoil's design is based on the principles of fluid dynamics and aerodynamics.
(355) Aeronautica requires a deep understanding of aerodynamics and engineering principles.
(356) Foiling is a technique used in car racing to improve aerodynamics and increase speed.
(357) The child was taught to bend the head while riding a bicycle to improve aerodynamics.
(358) The carbon-fiber frame of the racing wheelchair is designed for optimal aerodynamics.
(359) Aerodynamicists collaborate with architects to improve the aerodynamics of buildings.
(360) The principles of aerodynamics are crucial for understanding heavier-than-air flight.
(361) Bolt on the new spoiler, and you'll notice a significant improvement in aerodynamics.
(362) Keeping your car clean can boost mileage by reducing drag and improving aerodynamics.
(363) The a-pillar can have a significant impact on the overall aerodynamics of the vehicle.
(364) The car manufacturer introduced a hyperboloidal body design for improved aerodynamics.
(365) The master of science in aerospace engineering program offers courses in aerodynamics.
(366) The engineer had to mock up the vehicle onto a digital model for aerodynamics testing.
(367) The study of aeronautics involves the analysis of aerodynamics and propulsion systems.
(368) The automotive designer will predesign the car's aerodynamics for improved performance.
(369) Aerodynamics is used in the design of efficient cooling systems for electronic devices.
(370) Aerospace engineers may specialize in areas such as aerodynamics or propulsion systems.
(371) Carbon-fibre bicycle wheels offer improved aerodynamics and reduced rolling resistance.
(372) The engineer designed a car with aspherically curved windows for improved aerodynamics.
(373) The engineer designed a plane with aspherically curved wings for improved aerodynamics.
(374) The wide-body aircraft is designed with advanced aerodynamics for improved performance.
(375) The race car driver's team installed mudguards to improve aerodynamics and reduce drag.
(376) The mechanic will enclose the engine compartment in fiberglass to improve aerodynamics.
(377) The vorticity of the air flow was analyzed to improve the aerodynamics of the airplane.
(378) The subcylindrical body of the car allowed for better aerodynamics and fuel efficiency.
(379) The aerospace engineering students studied the aerodynamics of missile present systems.
(380) The college's science department conducted research on the aerodynamics of helicopters.
(381) The principles of aerodynamics are used in the design of efficient propellers for boats.
(382) The engineers conducted wind tunnel tests to optimize the aerodynamics of the fuselages.
(383) The car enthusiast decided to layer on fiberglass to enhance the vehicle's aerodynamics.
(384) The doppler effect is an important tool in the study of fluid dynamics and aerodynamics.
(385) The coachroof was designed with a sloping shape to improve aerodynamics and reduce drag.
(386) The aeronautic field requires a deep understanding of aerodynamics and materials science.
(387) Although the engine was designed for speed, the car's aerodynamics limited its top speed.
(388) The engineer designed a new wing shape to smooth out turbulence and improve aerodynamics.
(389) The aluminized coating on the airplane's wings improves aerodynamics and fuel efficiency.
(390) Aeronautical engineers often specialize in specific areas like propulsion or aerodynamics.
(391) Aerodynamics is used in the design of sports equipment like golf balls and tennis rackets.
(392) The car's suspension allowed it to compress into a lower position for better aerodynamics.
(393) The skilled pilot's knowledge of aerodynamics helped him outfly other pilots in dogfights.
(394) The engineer had to mock up the vehicle into a scaled-down model for aerodynamics testing.
(395) The airplane's wings were offset with forward to improve its aerodynamics and reduce drag.
(396) The engineering lecture comminated into a demonstration of the principles of aerodynamics.
(397) Grade 12 students should illustrate the principles of aerodynamics in their physics class.
(398) Aero, which is short for aerodynamics, is a crucial factor in designing high-speed trains.
(399) The design of a bizjet focuses on aerodynamics to maximize fuel efficiency and performance.
(400) The engineer recommended chamfers on the edges of the car bumper for improved aerodynamics.
(401) The twinjet's wings were equipped with state-of-the-art winglets for improved aerodynamics.
(402) The researcher conducted experiments to determine the aerodynamics of a disk-shaped object.
(403) The sailmaker's precision in cutting and shaping the sail resulted in optimal aerodynamics.
(404) The airplane manufacturer incorporated fiberglass into the wings for improved aerodynamics.
(405) Aerodynamicists investigate the aerodynamics of wind turbines to improve energy production.
(406) The manufacturer added splashboards to the design of the truck to improve its aerodynamics.
(407) The engineer will have to design into the vehicle's aerodynamics to improve fuel efficiency.
(408) The aerodynamicist developed innovative techniques to enhance the aerodynamics of the drone.
(409) The principles of heavier-than-air flight are based on the laws of physics and aerodynamics.
(410) The leggier design of the new car model allowed for better aerodynamics and increased speed.
(411) The anemometers on the racing car help the driver make adjustments for optimal aerodynamics.
(412) The aeronautically sound principles of aerodynamics were applied to the design of the drone.
(413) The field of shape analysis has applications in the study of fluid dynamics and aerodynamics.
(414) Although he preferred loose clothing, he wore a lycra cycling jersey for better aerodynamics.
(415) In order to improve the aerodynamics, we need to shrink the radius of the car's front grille.
(416) The laminar boundary layer on the car's surface reduced turbulence and improved aerodynamics.
(417) Understanding aerodynamics is crucial for building efficient ventilation systems for aircraft.
(418) The team used advanced software for their engineering analysis of the aircraft's aerodynamics.
(419) Wilbur Wright's understanding of aerodynamics played a crucial role in their aircraft designs.
(420) The airplane mechanic will apply fiberglass over the damaged wing to restore its aerodynamics.
(421) Turbination is a term used in aerodynamics to describe the process of air swirling or rotating.
(422) The concept of Newton's third law of motion can be extended to fluid dynamics and aerodynamics.
(423) The study of aviations requires a deep understanding of physics, engineering, and aerodynamics.
(424) The physics lecture touched on the aerodynamics of foliaceous structures like leaves and wings.
(425) The cyclist adjusted the bike's frame to achieve the correct curvature for optimal aerodynamics.
(426) The multiangular design of the car allowed for better aerodynamics and improved fuel efficiency.
(427) The study of aerodynamics is crucial for understanding the behavior of heavier-than-air vehicles.
(428) The airplane manufacturer is exploring ways to integrate with fiberglass to improve aerodynamics.
(429) Aeroelasticity is a fascinating field that combines the principles of aerodynamics and mechanics.
(430) The race car driver adjusted the aerodynamics of the car to improve its performance on the track.
(431) The engineer optimized the aerodynamics of the car by means of adjusting the angle of the spoiler.
(432) The study of aerodynamics is essential for understanding the principles of heavier-than-air flight.
(433) The company collaborated with an aerodynamics expert to optimize the performance of their aerofoils.
(434) The aeronautical engineer used computational fluid dynamics to optimize the aircraft's aerodynamics.
(435) Wingsuits have evolved significantly over the years, with improved aerodynamics and safety features.
(436) The aerodynamicist collaborated with the rocket scientists to improve the spacecraft's aerodynamics.
(437) The principles of aerodynamics are crucial for the successful operation of heavier-than-air vehicles.
(438) The motorcycle's fairing was made from fiberglass to improve aerodynamics and reduce wind resistance.
(439) The engineering students were taught how to bevel the edges of their designs for better aerodynamics.
(440) The team set up an experiment within a wind tunnel to study the aerodynamics of different car designs.
(441) I've always been fascinated by the technology behind car racing, from the engines to the aerodynamics.
(442) Computational fluid dynamics is widely used in the automotive industry to improve vehicle aerodynamics.
(443) The athlete's coach instructed him to bend the head forward during a long jump to improve aerodynamics.
(444) The aeronautical engineer conducted extensive research on aerodynamics to improve aircraft performance.
(445) The vector field of a velocity field in aerodynamics helps in understanding the airflow around objects.
(446) Computational fluid dynamics is widely used in the automotive industry to optimize vehicle aerodynamics.
(447) Aeroelasticity is a complex field that requires a deep understanding of both aerodynamics and mechanics.
(448) The gas consumption of this truck can be improved by reducing its weight and optimizing its aerodynamics.
(449) Aeroelasticity is a complex field that requires expertise in both aerodynamics and structural engineering.
(450) Germanely, the engineer explained the principles of aerodynamics and their application in aircraft design.
(451) It's important to crease off the edges of your paper when making a paper airplane for better aerodynamics.
(452) The word aeroelastic refers to the study of the interaction between aerodynamics and structural elasticity.
(453) Aeroelasticity is a multidisciplinary field that combines principles of aerodynamics and structural mechanics.
(454) The engineer recommended surfacing the airplane wings with aluminum to improve their strength and aerodynamics.
(455) The car manufacturer designed the vehicle with a slipstream effect to improve aerodynamics and fuel efficiency.
(456) Hardtops are commonly used in sports cars, as they enhance the aerodynamics and overall performance of the vehicle.
(457) Boyle's law is an essential principle in the field of aerodynamics, which studies the motion of gases around objects.
(458) The retractility of a retractable roof rack allows it to be extended for carrying luggage or retracted for aerodynamics.
(459) Muybridge's photographic studies of birds in flight provided valuable insights into their wing movements and aerodynamics.
(460) The car designer incorporated a complex curve into the vehicle's body, enhancing its aerodynamics and overall performance.
(461) The school organized a science fair where students could collaborate with ballooning enthusiasts to learn about aerodynamics.
(462) Langley, who is a renowned scientist, conducted extensive research on aerodynamics, and his findings revolutionized the field of aviation.
(463) If you want to have an auto with good handling and fuel economy, you need to choose a model with a lightweight body and advanced aerodynamics.
(464) Even though the angle of attack is a fundamental principle of aerodynamics, it's still a subject of ongoing research and debate among scientists and engineers.
(465) The aviator had always been fascinated by the mechanics of flight, and he spent countless hours studying aerodynamics and experimenting with different designs.
(466) The field of aeronautics encompasses not only the design and construction of airplanes and spacecraft but also the study of aerodynamics and the physics of flight.
(467) While instructing the children on how to make a paper airplane, the teacher also taught them about the principles of aerodynamics, and encouraged them to experiment with different designs.
(468) Detmer had always been fascinated by the mechanics of flight, so he spent hours studying aerodynamics and engineering, and he eventually became one of the most knowledgeable pilots in the industry.
Learning English Faster Through Complete Sentences With "Aerodynamics"
Sentences are everywhere.
Without sentences, language doesn’t really work.
When you first started learning English, you may have memorized words such as English meaning of the word "Aerodynamics"; But now that you have a better understanding of the language, there’s a better way for you to learn meaning of "Aerodynamics" through sentence examples.
True, there are still words that you don’t know. But if you learn whole sentences with "Aerodynamics", instead of the word "Aerodynamics" by itself, you can learn a lot faster!
Focus Your English Learning On Sentences With "Aerodynamics".
Why Is Focusing on Sentences Important?
Sentences are more than just strings of words. They’re thoughts, ideas and stories. Just like letters build words, words build sentences. Sentences build language, and give it personality.
Again, without sentences, there’s no real communication. If you were only reading words right now, you wouldn’t be able to understand what I’m saying to you at all.
- The Word "Aerodynamics" in Example Sentences.
- "Aerodynamics" in a sentence.
- How to use "Aerodynamics" in a sentence.
- 10 examples of sentences "Aerodynamics".
- 20 examples of simple sentences "Aerodynamics".
All the parts of speech in English are used to make sentences. All sentences include two parts: the subject and the verb (this is also known as the predicate). The subject is the person or thing that does something or that is described in the sentence. The verb is the action the person or thing takes or the description of the person or thing. If a sentence doesn’t have a subject and a verb, it is not a complete sentence (e.g., In the sentence “Went to bed,” we don’t know who went to bed).
Four Types Of Sentence Structure.
Simple Sentences With "Aerodynamics"
A simple sentence with "Aerodynamics"contains a subject and a verb, and it may also have an object and modifiers. However, it contains only one independent clause.
Compound Sentences With "Aerodynamics"
A compound sentence with "Aerodynamics" contains at least two independent clauses. These two independent clauses can be combined with a comma and a coordinating conjunction or with a semicolon.
Complex Sentences With "Aerodynamics"
A complex sentence with "Aerodynamics" contains at least one independent clause and at least one dependent clause. Dependent clauses can refer to the subject (who, which) the sequence/time (since, while), or the causal elements (because, if) of the independent clause.
Compound-Complex Sentences With "Aerodynamics"
Sentence types can also be combined. A compound-complex sentence with "Aerodynamics" contains at least two independent clauses and at least one dependent clause.