Coursework suspension upgrades ZAZ1102 Tavria

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Introduction and statement of the problem
1 Requirements for suspension
2 Suspension springs on the rails and strut
2.1 Advantages and disadvantages of tines
2.2 Kinematic properties
2.3 Force and friction
3 forces in the contact area with the road wheels
3.1 Determination of stiffness of the tires ZAZ - 1102 "Tavriya"
3.2 Determination of forces and factors
4 Determination of static load in the spring and balls
5 Strength calculations
5.1 Main theoretical propositions strength calculations
5.1.1 Determination of allowable stresses
5.1.2 bending stress
5.2 Calculation of endurance and resistance to fatigue
5.2.1 Definition of the upper value of long-acting forces
5.2.2 Determination of the lower values \u200b\u200bof long-acting forces
5.2.3 Determination of forces in the guide and on the piston shock absorber at the upper level of long-acting forces
5.2.4 Determination of forces in the guide and on the piston shock absorber with lower long-acting forces
5.2.5 Conversion of alternating load
5.2.6 Determination of forces acting on the rubber hinge arm
5.2.7 Determination of the stresses and strains of rubber plugs, hinges
5.3 Calculation of the strength
5.3.1 short-acting forces
5.3.2 The forces that arise when driving on the road with potholes
5.3.3 The forces arising during braking
5.3.4 The forces arising in overcoming the railway crossing
5.3.5 Forces acting at full rebound wheels
6 suspension front axle
6.1 Vertical oscillations, their effect on the human
6.2 Definition of ratios
6.3 Curve Damping
7 Calculation and design of steel elastic element
7.1 The spring steel and their properties
7.2 Calculation of the coil spring
8 Calculation of the characteristics of the shock absorber
9 Plotting gauge changes depending on the vehicle running wheels
10Ohrana labor
10.1 Precautions for use of the vehicle
10.2 The requirements for the driver's seat
10.3 Vibro seat-propelled machines
10.4 Resistance car
10.5 Fire safety