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Classification of Tyre Models and Combined Slip, by R. Krishnakumar

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Tire Brush Model, by R. Krishnakumar

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Rollover Prevention (contd..) and Vertical Dynamics, by R. Krishnakumar

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Brake Force Distribution, Braking Efficiency and Braking Distance, by R. Krishnakumar

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Subjective and Objective Evaluation of Vehicle Handling and Rollover P, by R. Krishnakumar

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Ply Steer and Conicity (Part 1), by R. Krishnakumar

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Understeer Gradient and State Space Approach, by R. Krishnakumar

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Mimuro Plot for Lateral Transient Response (Part 2), by R. Krishnakumar

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Tire Mechanics – an Introduction, by R. Krishnakumar

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Random Process and Conclusion [contd.], by R. Krishnakumar

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Subjective and Objective Evaluation of Vehicle Handling (Part 2), by R. Krishnakumar

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Introduction to Vehicle Dynamics, by R. Krishnakumar

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Parameters Affecting Vehicle Handling Characteristics, by R. Krishnakumar

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Lateral Force Generation, by R. Krishnakumar

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Tire Construction and Force Development, by R. Krishnakumar

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Mechanical Properties of Rubber, by R. Krishnakumar

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Vertical Dynamics – Quarter Car Model, by R. Krishnakumar

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Noise, Vibration and Harshness – Random Processes, by R. Krishnakumar

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Lateral Dynamics – Stability and Steering Conditions, by R. Krishnakumar

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Vehicle Load Distribution – Acceleration and Braking, by R. Krishnakumar

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Vertical Dynamics-An Introduction, by R. Krishnakumar

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Handling Response of a Vehicle, by R. Krishnakumar

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Longitudinal Dynamics, by R. Krishnakumar

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Ply Steer and Conicity (Part 2), by R. Krishnakumar

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Subjective and Objective Evaluation of Vehicle Handling (Part 1), by R. Krishnakumar

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Lateral Dynamics – Bicycle Model, by R. Krishnakumar

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Advanced Finite Elements Analysis, by R. Krishnakumar

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Tire Models – Magic Formula, by R. Krishnakumar

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Lateral Dynamics-An Introduction, by R. Krishnakumar

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Mimuro Plot for Lateral Transient Response (Part 1), by R. Krishnakumar

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