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GEORGE CONSTANTINESCU' TORQUE CONVERTER ANALYSIS ...

GEORGE CONSTANTINESCU' TORQUE CONVERTER ANALYSIS ...

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85<br />

George Constantinescu’ Torque Converter analysis by Simulink<br />

- G represents the action of gravity on the system,<br />

- r t represents the external torques (generalized forces) applied on the system.<br />

()<br />

2<br />

Following, the physical model shown in figure 2 is analyzed for initial dates: J = 0.<br />

kg ⋅ m ;<br />

1<br />

5<br />

2<br />

J<br />

2<br />

= 10kg<br />

⋅ m ; m3 = 5kg<br />

; OA = 10mm<br />

; AB = 100mm<br />

; AC = 500mm<br />

in two working condition<br />

actuation: 1 – prime mover with constant speed; 2 –prime mover with constant torque.<br />

[ Nm]<br />

M 2<br />

Figure 5. Output torque diagram ( )<br />

M 2 ω 2<br />

ω 2 [ rev / min]<br />

3. PRIME MOVER WITH CONSTANT SPEED ACTUATION MECHANISM<br />

For prime mover with constant angular velocity n<br />

1<br />

= 3000rev<br />

/ min (par example electromotor) and<br />

load torque M = 2<br />

0... 7000Nm , linear varying with respect to time ( t ) , the angular velocity diagrams for<br />

levers 5, 7 and unidirectional mechanism 2 are depicted in figure 4.<br />

The output torque diagram with respect to output angular speed ω is depicted in figure 5. The<br />

M 2<br />

2<br />

input torque diagram M1<br />

with respect with to output angular speed ω 2 is depicted in figure 6.<br />

[ Nm]<br />

M 1<br />

Figure 6. Input torque diagram ( )<br />

M 1 ω 2<br />

ω 2 [ rev / min]

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