Aug 28, 2003 #1 renatogf Electrical Aug 28, 2003 5 BR I need help to understand the vectors action in a L configuration (two piezoelectrics, one radial and other axial). I can measure amplitude and fase but now I need information to calculate the corretion's mass for two plane balancing. Thank you
I need help to understand the vectors action in a L configuration (two piezoelectrics, one radial and other axial). I can measure amplitude and fase but now I need information to calculate the corretion's mass for two plane balancing. Thank you
Aug 28, 2003 #2 mangua Mechanical Aug 25, 2003 2 PE Hi RGFerreira There is a Balance Software in http://www.denysschen.com.It is very good. Att Mangua Upvote 0 Downvote
Aug 28, 2003 1 #3 GregLocock Automotive Apr 10, 2001 23,144 Orbiting a small yellow star rb1=vibA*tA1+vibB*tB1 rb2=vibB*tB2+vibA*tA2 all are vectors. * is vector multiplication, ie phase angles are added, moduli are multiplied. rb = required balance, vib is the measured vibration, t is the influence vector or transfer function. A is one accelerometer, B is the other. The corrections are applied at planes 1 and 2 on the wheel. 't's will be constant for a given wheel and tyre. I doubt that they can be determined analytically with sufficient accuracy. Cheers Greg Locock Upvote 0 Downvote
rb1=vibA*tA1+vibB*tB1 rb2=vibB*tB2+vibA*tA2 all are vectors. * is vector multiplication, ie phase angles are added, moduli are multiplied. rb = required balance, vib is the measured vibration, t is the influence vector or transfer function. A is one accelerometer, B is the other. The corrections are applied at planes 1 and 2 on the wheel. 't's will be constant for a given wheel and tyre. I doubt that they can be determined analytically with sufficient accuracy. Cheers Greg Locock
Sep 3, 2003 Thread starter #4 renatogf Electrical Aug 28, 2003 5 BR mangua and GregLocock, thank you for your help, every help is very good. RGFerreira (Renato Gabelini Ferreira) renatogferreira@uol.com.br Upvote 0 Downvote
mangua and GregLocock, thank you for your help, every help is very good. RGFerreira (Renato Gabelini Ferreira) renatogferreira@uol.com.br