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Explained !
⭐️ لیست مفاهیم و محتواهای ارائه شده : ✔️ این لیست هر زمان که محتوای جدیدی ارائه شود آپدیت خواهد شد. ⚠️ "محتواهای ارائه شده ممکن است بعد از انتشار هم ادیت شوند به دلیل وجود نقص و ایراد و اشتباه،ر در صورت تغییر در هرکدام از محتواها تغییر اعلام خواهد شد."…
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Explained !
pushed my bedtime to a whole new level! 😅
And up until now, even with all the exhaustion from a pretty tough day, I’ve only managed to finish the first version completely, and the second version isn’t ready yet. So, they probably won’t be published at the same time.😶🌫️
✔️ Preparing the first version took me about 2-3 hours , And I have no idea how long the second version is going to take
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When the airflow hits the front wing, downforce is generated in two ways. First, as the air hits the front wing and tries to move upwards, it pushes back down according to Newton's third law, creating downforce that goes downward. Second, the airflow under the front wing moves faster, creating lower pressure, while the airflow above the wing moves slower, leading to higher pressure. According to Bernoulli's principle, the air wants to go from high pressure to low pressure, which creates that downward force or downforce.
The floor of the car is shaped in such a way that it creates a suction effect when air passes underneath. This effect is crucial for generating even more downforce without adding much drag.
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Downforce increases the car’s tire grip by pressing the car harder into the track. This allows the car to go faster through corners, improving handling and reducing lap times.
More downforce makes the car more stable, especially at high speeds and through sharp turns.
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In corners, downforce is essential to prevent the car from sliding out of control. The more downforce, the faster you can go through the corner.
Even at high speeds on straights, downforce helps stabilize the car, keeping it firmly planted to the ground.Of course, it will have a negative effect on the car's top speed.
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Downforce creates drag, which slows the car down on straights. Too much downforce in straight-line sections reduces top speed, which can be a disadvantage on tracks with long straights like Monza.
More downforce means more drag, which increases fuel consumption because the engine needs to work harder to overcome that resistance.
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As the car moves, it pushes against the air. The more air it displaces, the greater the resistance. The car’s shape, size, and aerodynamic design determine how much drag is produced.
The surface of the car and components like wings create friction with the air, adding to drag. The rougher the surface, the more drag is generated.
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Drag is the main force that limits the car’s top speed. The more drag a car produces, the more power is needed to overcome it.
Some drag is beneficial because it helps keep the car stable. Without drag, the car might feel too “light” and unstable at high speeds.
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A certain amount of drag is necessary to keep the car grounded and stable at high speeds. Without some drag, the car could become too “slippery” and difficult to control.
When a car needs to decelerate quickly, drag can actually help slow the car down, reducing the burden on the brakes.
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Excessive drag on straights is undesirable because it slows the car down. In tracks like Monza, where top speed is crucial, reducing drag is a major focus.
More drag means the engine must work harder to maintain speed, consuming more fuel, which can affect race strategy and pit stops.
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On twisty circuits with lots of corners, like Monaco or Hungary, where grip and cornering speed are crucial.
On tracks with long straights, like Monza or Spa, where top speed matters more than cornering speed.
Finding the perfect balance between downforce and drag is a huge part of F1 car setup, and different tracks require different approaches.
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Explained !
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In the first version, which is supposed to be easier to understand, there was a technical mistake… God help me with the second version! 😂