Dynamics of Mechanical Systems 2009 Part 10 pot

Dynamics of Mechanical Systems 2009 Part 10 pot

Dynamics of Mechanical Systems 2009 Part 10 pot

... 465 and (13 .10. 13) Hence, from Eq. (13.11.2), F(A, ψ) is: (13 .10. 14) Then, Eqs. (13 .10. 4) and (13 .10. 5) become: (13 .10. 15) and (13 .10. 16) Upon integration of Eqs. (13 .10. 15) and (13 .10. 16) we obtain: (13 .10. 17) and (13 .10. 18) where ... May 6, 2002 3:21 PM 436 Dynamics of Mechanical Systems References 12.1. Kane, T. R., Dynamics of nonholonomic systems, J. Ap...

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Dynamics of Mechanical Systems 2009 Part 2 potx

Dynamics of Mechanical Systems 2009 Part 2 potx

... elements of the ith row of A with the corresponding elements of the jth column of B. Specifically, (2 .10. 5) where n is the number of columns of A and the number of rows of B. A aa an aa an aa a mn ... PM 68 Dynamics of Mechanical Systems Then, from Eq. (3.7.6), the velocity of P may be expressed as: (3.7.9) Similarly, from Eq. (3.7.7), the acceleration of P may be...

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Dynamics of Mechanical Systems 2009 Part 9 potx

Dynamics of Mechanical Systems 2009 Part 9 potx

... Then , , , and are: or (11 .10. 15) or (11 .10. 16) (11 .10. 17) and (11 .10. 18) From Eq. (11 .10. 12) the partial velocities of G 1 and G 2 and the partial angular velocities of B 1 and B 2 are (see ... PM 428 Dynamics of Mechanical Systems In Section 11.12 (Eq. (11.12.17)), we found the kinetic energy of the system to be: (12.3.25) where, as before, m is the mass of eac...

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Dynamics of Mechanical Systems 2009 Part 1 ppsx

Dynamics of Mechanical Systems 2009 Part 1 ppsx

... nnn Cn = =°+°=+ = 15 12 60 12 60 6 10 392 10 x yzyz x N N N cos sin . RABC n n n n nn n =++= + + () + =++ 15 6 10 392 10 10 21 10 392 yy z x xy z N N . . R = () + () + () [] =10 21 10 392 25 47 22 2 12 / NN 0593_C02_fm ... PM 0593_ FM_fm Page 10 Tuesday, May 14, 2002 10: 19 AM 10. 4 Power 327 10. 5 Kinetic Energy 327 10. 6 Work–Energy Principles 329 10. 7 Elementary...

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Dynamics of Mechanical Systems 2009 Part 3 pptx

Dynamics of Mechanical Systems 2009 Part 3 pptx

... 84 Dynamics of Mechanical Systems Observe that θ measures the rotation of B in R. It is also a measure of the orientation of B in R. In this context, the angular velocity of B in R is ... May 6, 2002 2:06 PM 126 Dynamics of Mechanical Systems Using polar coordinates the constraint equation is: (5.2.2) The number of degrees of freedom of a mechanical syste...

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Dynamics of Mechanical Systems 2009 Part 4 docx

Dynamics of Mechanical Systems 2009 Part 4 docx

... lines of action passing through points P i of the particles and bodies of V as in Figure 6.3.2. Then, S is called a system of forces . Systems of forces — particularly systems ... coordinates of the instant center C of B and the velocity of point Q of B whose coordinates are (2, 4). Express the velocity of Q in terms of n x and n y . P5.7.2:...

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Dynamics of Mechanical Systems 2009 Part 5 pps

Dynamics of Mechanical Systems 2009 Part 5 pps

... obtain: (7 .10. 16) (7 .10. 17) (7 .10. 18) (7 .10. 19) where we have used Eqs. (7 .10. 11) and (7 .10. 12). By comparing Eqs. (7 .10. 16) and (7 .10. 19) and by recalling that I ik is symmetric, we have: (7 .10. 20) Then, Eqs. (7 .10. 14) ... PM 190 Dynamics of Mechanical Systems a. Determine the resultant R of this system of forces. b. Find the moments of the force system abo...

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Dynamics of Mechanical Systems 2009 Part 6 pdf

Dynamics of Mechanical Systems 2009 Part 6 pdf

... PM 260 Dynamics of Mechanical Systems Setting moments of these force systems about O and Q equal to zero leads to the equations: (8 .10. 9) and (8 .10. 10) By substituting from Eq. (8 .10. 4) to (8 .10. 8), ... P G 10 in. 20 in. Y A X O G 10 in. 20 in. 5 in 0593_C07_fm Page 238 Monday, May 6, 2002 2:42 PM 258 Dynamics of Mechanical Systems 8 .10 Double-Rod P...

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Dynamics of Mechanical Systems 2009 Part 7 pps

Dynamics of Mechanical Systems 2009 Part 7 pps

... ⋅m 0593_C10_fm Page 329 Monday, May 6, 2002 2:57 PM 330 Dynamics of Mechanical Systems The left side of Eq. (10. 6.2) may be recognized as the power of F (see Eq. (10. 4.2)). The right side of Eq. (10. 6.2) ... in terms of a derivative of the square of the velocity of P. That is, (10. 6.3) From Eqs. (10. 4.1) and (10. 4.2) we recognize the left side of Eq. (10. 6.2) a...

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Dynamics of Mechanical Systems 2009 Part 8 docx

Dynamics of Mechanical Systems 2009 Part 8 docx

... 180°)? P10.6.8: Repeat Problems P10.6.5 to 10. 6.7 if the mass of P is 10 lb instead of 5 lb. P10.6.9: Repeat Problems P10.6.5 to 10. 6.7 if the length ᐉ of the pendulum is 4 ft. FIGURE P10.5.5 Triple-rod ... 2:59 PM 352 Dynamics of Mechanical Systems P10 .10. 8: Repeat Problem P10 .10. 6 if just before collision, instead of being stopped, the automobile is moving toward t...

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