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Efficient ATR42 Porte Design with Controlled Rotation Speed

Create an ATR42 porte design with precise rotation speed control for optimal functionality. Simplify the process using specified measurements and coding techniques. Ideal for mechanical engineers and designers.

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Efficient ATR42 Porte Design with Controlled Rotation Speed

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  1. VB2/0 = VB2/3 +VB3/0 VD1/0= VD1/2 +VD2/0 VB2/3 = VB2/4 +VB4/3 = O VB2/3 = VB2/4 0 1 A C ||VD2/0||= CD . w2/0 ||VD1/0||= 14,4 mm/s ||VB2/0||= 11,3 mm/s 3 E D 4 B VD2/0  (CD) VD1/0 : 14,4 cm VD1/0 VB2/0 : 11,3 cm VD2/0 VD2/0 : 13,4 cm VB2/3 VB3/0 VB2/0 VB4/3 VD1/2 ||VB2/0|| ||VD1/0|| 2 w2/0 = w1/0 = ED CB 11,3 14,4 w2/0 = w1/0 = 165 125 Porte d' ATR42 Connue (CB) Connue (AB) Connue (ED)  D D ED = 25 x 5 = 125 mm = 0,115 rad/s CB = 33 x 5 = 165 mm CD = 39 x 5 = 195 mm = 195 x 0,0685 = 13,4 mm/s = 0,0685 rad/s

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