Dynamic model of multi-rigid-body systems based on particle dynamics with recursive approach.
Attia, Hazem Ali (2005)
Journal of Applied Mathematics
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Displaying similar documents to “Two properties of Born's relativistically rigid body.”
Dynamic model of multi-rigid-body systems based on particle dynamics with recursive approach.
A construction of the general relativistic Boltzmann equation.
Dolan, P., Zenios, A.C. (1984)
International Journal of Mathematics and Mathematical Sciences
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A theorem for rigid motions in Post-Newtonian celestial mechanics.
J.M. Gambi, P. Zamorano, P. Romero, M.L. García del Pino (2003)
RACSAM
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The velocity field distribution for rigid motions in the Born?s sense applied to Post-Newtonian Relativistic Celestial Mechanics is examined together with its compatibility with the Newtonian distribution.
On the motion of a body in thermal equilibrium immersed in a perfect gas
Kazuo Aoki, Guido Cavallaro, Carlo Marchioro, Mario Pulvirenti (2008)
ESAIM: Mathematical Modelling and Numerical Analysis
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We consider a body immersed in a perfect gas and moving under the action of a constant force. Body and gas are in thermal equilibrium. We assume a stochastic interaction body/medium: when a particle of the medium hits the body, it is absorbed and immediately re-emitted with a Maxwellian distribution. This system gives rise to a microscopic model of friction. We study the approach of the body velocity to the limiting velocity and prove that, under suitable smallness assumptions,...
Motion of cometary particle with variable mass under central fields of forces
P. Žáček, Vladimír Vanýsek (1981)
Acta Universitatis Carolinae. Mathematica et Physica
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Single-pole interaction of the particle with the string.
Vasilić, Milovan, Vojinović, Marko (2008)
SIGMA. Symmetry, Integrability and Geometry: Methods and Applications [electronic only]
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Vectors of the Body Mass Moments
Katica Stevanović Hedrih (1998)
Zbornik Radova
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On a two-body problem of classical relativistic electrodynamics.
A. Casal, Rosario Martinez Herrero, M.A. Vences (1980)
Revista Matemática Hispanoamericana
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Formulating the two-body problem of classical relativistic electrodynamics in terms of action at a distance and using retarded potential, the equations of one-dimensional motion are functional differential equations of the retarded type. For this kind of equations, in general it is not enough to specify instantaneous data to specify unique trajectories. Nevertheless, Driver (1969) has shown that under special conditions for these electrodynamic equations, there exists an unique solution...
Three body problem reduced to the optimization problem
M. Z. v. Krzywoblocki (1968)
Matematički Vesnik
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Mechanics
Stefan Banach
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CONTENTS Preface................ III CHAPTER I. THEORY OF VECTORS I. Operations on vectors § 1. Preliminary definitions.................. 1 § 2. Components of a vector.................. 2 § 3. Sum and difference of vectors.................. 3 § 4. Product of a vector by a number.................. 4 § 5. Components of a sum and product.................. 5 § 6. Resolution of a vector.................. 6 § 7. Scalar product.................. 7 § 8. Vector product.................. 9 § 9....