Research
Many people drive cars one may wonder how the air affects the speed of the car. This is aerodynamics; aerodynamics is how the air moves around an object like a kite, an airplane, car, a boat, etc. Drag is part of how fast something is when you are running, walking, driving a car, or even a plane. When something is moving it is being held back by gravity so when you are in a car you are being poled back aerodynamics is part of you being held back. When you are driving air is hitting the car causing the car to drag which makes the car slow down. When the air hits the car it then it goes off the side of the car off the top or under the car. That’s what the frame is for it makes the air go around the car and come off it. Engineers create
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That wall is air, most people do not think of air as being a wall. When you are driving a car you get pushed when there is a gust of wind so the slower you go the less resistance there is going to be when you are driving at high speeds you get pushed easier so there is more resistance when you are going through the wall of air.
The first cars that were made didn’t really have aerodynamics. The first car did not need aerodynamics because they were slow. In 1921, German inventor Edmund Rumpler created the Rumpler-Tropfenauto, which translates into "tear-drop car." Based on the most aerodynamic shape in nature, the teardrop, it had a Cd of just .twenty seven , but its unique looks never caught on with the public (How Stuff Works.com). On the American side, one of the biggest leaps ahead in aerodynamic design came in the 1930s with the Chrysler Airflow. Inspired by birds, the Airflow was one of the first cars designed with aerodynamics in mind. Though it used some unique construction techniques and had a nearly fifty-fifty-weight distribution (equal weight distribution between the front and rear axles for improved handling), Great-Depression weary public never fell in love with its unconventional looks, and the car was considered a flop. Still, its streamlined design was far ahead of its time (How Stuff
design made the car very strong and durable that is one main reason you see many
Ever since I was little I was amazed at the ability for a machine to fly. I have always wanted to explore ideas of flight and be able to actually fly. I think I may have found my childhood fantasy in the world of aeronautical engineering. The object of my paper is to give me more insight on my future career as an aeronautical engineer. This paper was also to give me ideas of the physics of flight and be to apply those physics of flight to compete in a high school competition.
Every so often a man or women has an idea that is innovative, amazing or in some cases far ahead of its time. Unfortunately it is far too common that these ideas are lost or stifled by people who are afraid of the change they may bring. Since people also tend to believe if something seems too good to be true it probably is, these ideas may not get enough good attention until it is too late. Preston Tucker was one of these innovative people with a great idea. In 1944 he began work on a car that was safe, reliable, and groundbreaking. So far ahead of its time it made the wrong people nervous. The car was first christened as the Tucker Torpedo but due to concerns over torpedo not sounding safe, it was changed to the Tucker 1948. These amazing cars turned out to be one of the most revolutionary automobiles ever made and would have remained so if it weren’t for a slander campaign by the United States government.
First, aerodynamics is the study of the motion of the air. Aerodynamics consists of 4 variables, which is thrust, gravity, lift, and drag. (Tennekes,H, 2009) Aerodynamics has to do with almost everything dealing with air of course.(Tennekes,H ,2009) For example, it can be air crafts, it can be wings, it can be birds, it can be a race car. Birds need aerodynamics so they can glide in the air so they can also gain enough speed to catch prey. Like a hawk swooping down 70 miles an hour to get a mouse to eat. Race cars need aerodynamics so that the car structure can have the most air resistance it wont apply as much pressure onto the car. Like birds air crafts also need aerodynamics for the wings on the aircraft or the weight of the aircraft. (Paper Airplane Aerodynamics,2013)
In the years WW2 was being fought plane designs progressed in leaps and bounds. From the old and obsolete designs of biplanes and triplanes the planes turned into worlds first Jet fighter, from ugly twin engine
Many people are amazed with the flight of an object, especially one the size of an airplane, but they do not realize how much physics plays a role in this amazing incident. There are many different ways in which physics aids the flight of an aircraft. In the following few paragraphs some of the many ways will be described so that you, the reader, will realize physics at work in the world of flight.
Aerodynamics is the study of the motion of fluids in the gas state and bodies in motion relative to the fluid/air. In other words the study of aerodynamics is the study of fluid dynamics specifically relating to air or the gas state of matter.
What is aerodynamics? The word comes from two Greek words aerios concerning the air, and dynamis, meaning powerful. Aerodynamics is the study of forces and the resulting motion of objects through the air. Humans have been interested in aerodynamics and flying for thousands of years, although flying in a heavier-than-air machine has been possible only in the last hundred years. Aerodynamics affects the motion of a large airliner, a model rocket, a beach ball thrown near the shore, or a kite flying high overhead. The curve ball thrown by big league baseball pitchers gets its curve from aerodynamics.
Now To talk about the forces that allow the car to move. There are two main aerodynamic forces acting on any object moving through the air. Lift is a force that acts 90° to the direction of travel of an object. Usually we think of lift when we think of an airplane. The plane travels forward (horizontally), and lift acts 90° to that motion of travel –
...ing to consider when looking at the designs of the time. Pressing matters of today, such as climate change and the environment, were not regarded as particularly important back in the 1950s, especially within the transportation world, so it is understandable to think an exciting and outrageous design could be taken more seriously when revealed to an audience that were unaware of the connotations of such features.
The 1955 Lincoln Futura featured a plexiglass bubble top and a 300 horsepower V-8. In the 1960’s this car was sold to a car customizer in California and was converted into the first ever Batmobile. The 1958 GM Firebird III was the most radical concept car of the 1950’s. It was powered not by the normal combustion engine but by a gas turbine engine. It also featured a dual cockpit design and was controlled by joystick controller instead of the normal steering wheel.
This paper is a look at the physics behind car racing. We look look at how we can use physics to select tires, how physics can help predict how much traction we will have, how physics helps modern cars get there extreme speed, how physics lets us predict the power of an engine, and how physics can even help the driver find the quickest way around the track.
The aerodynamic efficiency is the single most important element in designing a competitive car for professional racing or getting the car model on the front of a Car and Driver or Motortrend. Aerodynamics is the study of the motion of gases on objects and the forces created by this motion. The Bernoulli effect is one of the most important behind car design. The Bernoulli Effect states that the pressure of a fluid, in gaseous or liquid state, varies inversely with speed or velocity and a slower moving fluid will exert more pressure on and object than the same fluid moving slower (Yager). The goal of car designers is to make the air passing under a car move faster than the air passing over the car. This causes the air passing over the car to create more downforce than the air passing under the car creates upforce creating a force additional to the car’s weight pushing the car to the road. Large amounts of downforce are needed to keep light cars grounded at high speed and keep to cars from sliding around turns at high speeds.
Air is composed of molecules. Air is matter. It has mass and takes up space. Air is composed of different gases such as nitrogen, oxygen, carbon dioxide, water vapor, and other gases. Air molecules are in constant motion. As they move, they come in contact with surfaces. Air molecules push and press on the surfaces they contact. The amount of force per unit area that air molecules exert on a surface is called air pressure. (What is Air Pressure 6) Air pressure is caused by all of the air molecules in the Earth's atmosphere pressing down on the Earth's surfaces. We can measure air pressure to help us predict weather conditions around the world. Temperature also affects air pressure because air contracts when it cools and expands when it is heated. So if air above a region of Earth cools, it does not extend to as high an altitude as the surrounding air. In this case, its pressure at higher temperature is lower than in the surroundings even when the pressure at the surface is the same as in surrounding areas. Then air flows into the cooler region at high altitude, making the total weight of air above the region greater than in the surroundings. This is a "high". The cool air descends to the earth's surface. Near the surface, the falling air spreads out,
Bosnor, Kevin. "How Flying Cars Will Work." Howstuffworks. How Stuff Works Inc., 1998. Web. 24 Jan.