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PRINCIPLES OF MANAGEMENT |
INTRODUCTION TO MANAGEMENT AND ORGANIZATIONS |
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PRINCIPLES OF MANAGEMENT |
PLANNING |
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PRINCIPLES OF MANAGEMENT |
ORGANISING |
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PRINCIPLES OF MANAGEMENT |
DIRECTING |
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PRINCIPLES OF MANAGEMENT |
CONTROLLING |
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AUTOMOTIVE ENGINE COMPONENTS DESIGN |
AUTOMOTIVE ENGINE COMPONENTS DESIGN-INTRODUCTION |
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AUTOMOTIVE ENGINE COMPONENTS DESIGN |
DESIGN OF CYLINDER, PISTON AND CONNECTING ROD |
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AUTOMOTIVE ENGINE COMPONENTS DESIGN |
DESIGN OF CRANKSHAFT |
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AUTOMOTIVE ENGINE COMPONENTS DESIGN |
DESIGN OF FLYWHEELS |
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AUTOMOTIVE ENGINE COMPONENTS DESIGN |
DESIGN OF VALVES AND VALVE TRAIN |
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AUTOMOTIVE ENGINE COMPONENTS DESIGN |
DESIGN OF CONNECTING ROD |
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AUTOMOTIVE ENGINE COMPONENTS DESIGN |
DESIGN OF CYLINDER |
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AUTOMOTIVE CHASSIS COMPONENTS DESIGN |
VEHICLE FRAME AND SUSPENSION |
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AUTOMOTIVE CHASSIS COMPONENTS DESIGN |
FRONT AXLE AND STEERING SYSTEMS |
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AUTOMOTIVE CHASSIS COMPONENTS DESIGN |
CLUTCH |
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AUTOMOTIVE CHASSIS COMPONENTS DESIGN |
GEAR BOX |
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AUTOMOTIVE CHASSIS COMPONENTS DESIGN |
GEAR BOX |
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TWO AND THREE WHEELERS |
THE POWER UNIT |
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TWO AND THREE WHEELERS |
FUEL AND IGNITION SYSTEMS |
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TWO AND THREE WHEELERS |
CHASSIS AND SUB-SYSTEMS |
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TWO AND THREE WHEELERS |
BRAKES AND WHEELS |
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TWO AND THREE WHEELERS |
TWO & THREE WHEELERS -CASE STUDY |
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VEHICLE DYNAMICS |
CONCEPT OF VIBRATION |
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VEHICLE DYNAMICS |
TIRES |
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VEHICLE DYNAMICS |
VERTICAL DYNAMICS |
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VEHICLE DYNAMICS |
LONGITUDINAL DYNAMICS AND CONTROL |
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VEHICLE DYNAMICS |
LATERAL DYNAMICS |
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Lab Manuals |
COMPUTER AIDED ENGINE AND CHASSIS DESIGN LABORATORY |
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Lab Manuals |
TWO AND THREE WHEELERS LABORATORY |
