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Recent Articles

Vehicle Body Slip Angle and Tire Slip Angles: Insights from a Simplified Bicycle Model

Vehicle Body Slip Angle and Tire Slip Angles: Insights from a Simplified Bicycle Model

Vehicle Dynamics
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Deciphering the Basics of Cornering: Mathematical Perspective

Deciphering the Basics of Cornering: Mathematical Perspective

Vehicle Dynamics
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Unraveling the Mystery of Lateral G-Forces in Race Cars

Unraveling the Mystery of Lateral G-Forces in Race Cars

Vehicle Dynamics
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Inertia Forces in Vehicle Dynamics: Are They Apparent Forces or Real Forces?

Inertia Forces in Vehicle Dynamics: Are They Apparent Forces or Real Forces?

Vehicle Dynamics
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Acceleration and Newton’s Second Law of Motion: The Key Role in Race Car Dynamics

Acceleration and Newton’s Second Law of Motion: The Key Role in Race Car Dynamics

Vehicle Dynamics
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Category

  • Vehicle Dynamics

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Acceleration bicycle model body slip angle centrifugal force centripetal force cornering d'Alembert's principle inertia force lateral acceleration lateral G-force Newton's Second Law slip angle yaw rate
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