2013
DOI: 10.18052/www.scipress.com/ilcpa.13.215
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Three Simultaneous Superimposed Rotating System

Abstract: In inertial system, co-ordinate transformation from one frame to another is possible by using Lorentz transformation matrix. But in non-inertial or rotating system it is not applicable by using Lorentz transformation matrix. In this paper, co-ordinate transformation from one frame to another in three simultaneous superimposed rotating systems has been introduced. This also leads to assume a picture of space-time geometry of same system. Keywords: non-inertial system; co-ordinate transformation; space-time geom… Show more

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“…Similarly a particle or an event may possess three simultaneous superimposed rotational motions. For clarity of three simultaneous superimposed rotational motions as well as three simultaneous superimposed spins, following [3], it is stated that frames S and S 1 have both their X axes aligned and S 1 is moving at an angular velocity 1  about X 1 axis as observed by S. The frame S 1 has another co-ordinate reference frame S 2 , where X 2 axis of S 2 , are rotated by an angle  counter clockwise with respect to S 1 on X 1 Y 1 plane. Frames S 2 and S 3 have both their X axes aligned and S 3 is moving at an angular velocity 2  about X 3 axis as observed by S 2 .…”
Section: Three Simultaneous Superimposed Rotational Motionmentioning
confidence: 99%
“…Similarly a particle or an event may possess three simultaneous superimposed rotational motions. For clarity of three simultaneous superimposed rotational motions as well as three simultaneous superimposed spins, following [3], it is stated that frames S and S 1 have both their X axes aligned and S 1 is moving at an angular velocity 1  about X 1 axis as observed by S. The frame S 1 has another co-ordinate reference frame S 2 , where X 2 axis of S 2 , are rotated by an angle  counter clockwise with respect to S 1 on X 1 Y 1 plane. Frames S 2 and S 3 have both their X axes aligned and S 3 is moving at an angular velocity 2  about X 3 axis as observed by S 2 .…”
Section: Three Simultaneous Superimposed Rotational Motionmentioning
confidence: 99%