This brief note expanding on one aspect of paper [1], which deals with the complex number form of Euler–Savary formula. This formula is the relationship between the radius of the curvature and the curvature center of a path drawn by a point in the coplanar rolling of two conjugate curves on one another. We study complex number form of the Euler–Savary formula for one parameter homothetic planar motion and the case of the homothetic scale h is equal to 1, given in [1], will appear as a special case of this study
In this paper we consider motion of an object in a plane to provide a mechanical interpretation of E...
In this paper, the available formulae for the curvature of plane curve are reviewed not only for the...
In this study, we give the Cauchy-length formula for the homothetic motions in generalized complex p...
AbstractThis brief note expanding on one aspect of paper [1], which deals with the complex number fo...
In [10] one-parameter planar motion was first introduced and the relations between absolute, relativ...
Muller (1978), in the Euclidean plane E-2 introduced the one parameter planar motions and obtained t...
One-parameter planar homothetic motion of 3-lorentzian planes, two are moving and one is fixed, have...
This is a brief note expanding on the aspect of Fayet (2002, "Bobillier Formula as a Fundamental Law...
Abstract: In this paper, the kinetic energy formula was expressed during one-parameter closed planar...
The Steiner area formula and the polar moment of inertia were expressed during one-parameter closed ...
We consider a base curve, a rolling curve and a roulette on Minkowski plane and give the relation be...
In this article, one Galilean (or called Isotropic) plane moving relative to two other Galilean plan...
Abstract: In this paper, we study the Euler-Savary’s formula for the planar curves in the lightlike ...
In this paper we show that the Euler number of the compactified Jacobian J̄C of a rational curve C w...
In this study, we derive the equations of a motion model of two smooth homothetic along pole curves ...
In this paper we consider motion of an object in a plane to provide a mechanical interpretation of E...
In this paper, the available formulae for the curvature of plane curve are reviewed not only for the...
In this study, we give the Cauchy-length formula for the homothetic motions in generalized complex p...
AbstractThis brief note expanding on one aspect of paper [1], which deals with the complex number fo...
In [10] one-parameter planar motion was first introduced and the relations between absolute, relativ...
Muller (1978), in the Euclidean plane E-2 introduced the one parameter planar motions and obtained t...
One-parameter planar homothetic motion of 3-lorentzian planes, two are moving and one is fixed, have...
This is a brief note expanding on the aspect of Fayet (2002, "Bobillier Formula as a Fundamental Law...
Abstract: In this paper, the kinetic energy formula was expressed during one-parameter closed planar...
The Steiner area formula and the polar moment of inertia were expressed during one-parameter closed ...
We consider a base curve, a rolling curve and a roulette on Minkowski plane and give the relation be...
In this article, one Galilean (or called Isotropic) plane moving relative to two other Galilean plan...
Abstract: In this paper, we study the Euler-Savary’s formula for the planar curves in the lightlike ...
In this paper we show that the Euler number of the compactified Jacobian J̄C of a rational curve C w...
In this study, we derive the equations of a motion model of two smooth homothetic along pole curves ...
In this paper we consider motion of an object in a plane to provide a mechanical interpretation of E...
In this paper, the available formulae for the curvature of plane curve are reviewed not only for the...
In this study, we give the Cauchy-length formula for the homothetic motions in generalized complex p...