In this paper, we have introduced elliptical harmonic motion in terms of elliptical numbers. In addition, we have found the relationships between the absolute, the relative and the sliding velocities and accelerations of the aforesaid motion. Furthermore, the canonical relative system of the motion has been defined. At last, we have obtained the Euler-Savary formula for the motion with the help of this relative system.https://doi.org/10.1007/s00006-015-0609-
In this paper, defining one-parameter dual Lorentzian motion in three-dimensional dual Lorentzian sp...
The beautiful Euler spiral, defined by the linear relationship between curvature and arclength, was ...
Certain manufacturing industries, including the semiconductor industry, are now moving toward very h...
In this study, we have considered the elliptical harmonic motion which is the superposition of two s...
Muller (1978), in the Euclidean plane E-2 introduced the one parameter planar motions and obtained t...
In this article, one Galilean (or called Isotropic) plane moving relative to two other Galilean plan...
In [10] one-parameter planar motion was first introduced and the relations between absolute, relativ...
The equations of motion of a secularly precessing ellipse are developed using time as the independen...
One-parameter planar homothetic motion of 3-lorentzian planes, two are moving and one is fixed, have...
In this paper we have introduced one-parameter Lorentzian spherical motion. In addition to that, we ...
A simpler set of demonstrations of the properties of elliptical motion written by Newton for John Lo...
In this paper, we obtain the p-trigonometric functions of an elliptical complex variable and express...
The analysis of relative motion of two spacecraft in Earth-bound orbits is usually carried out on th...
In this publication, Euler derived for the first time, the differential equation of the (undamped) s...
Mechanics lawsIt helps to understand how to get the differential equation for simple harmonic motion...
In this paper, defining one-parameter dual Lorentzian motion in three-dimensional dual Lorentzian sp...
The beautiful Euler spiral, defined by the linear relationship between curvature and arclength, was ...
Certain manufacturing industries, including the semiconductor industry, are now moving toward very h...
In this study, we have considered the elliptical harmonic motion which is the superposition of two s...
Muller (1978), in the Euclidean plane E-2 introduced the one parameter planar motions and obtained t...
In this article, one Galilean (or called Isotropic) plane moving relative to two other Galilean plan...
In [10] one-parameter planar motion was first introduced and the relations between absolute, relativ...
The equations of motion of a secularly precessing ellipse are developed using time as the independen...
One-parameter planar homothetic motion of 3-lorentzian planes, two are moving and one is fixed, have...
In this paper we have introduced one-parameter Lorentzian spherical motion. In addition to that, we ...
A simpler set of demonstrations of the properties of elliptical motion written by Newton for John Lo...
In this paper, we obtain the p-trigonometric functions of an elliptical complex variable and express...
The analysis of relative motion of two spacecraft in Earth-bound orbits is usually carried out on th...
In this publication, Euler derived for the first time, the differential equation of the (undamped) s...
Mechanics lawsIt helps to understand how to get the differential equation for simple harmonic motion...
In this paper, defining one-parameter dual Lorentzian motion in three-dimensional dual Lorentzian sp...
The beautiful Euler spiral, defined by the linear relationship between curvature and arclength, was ...
Certain manufacturing industries, including the semiconductor industry, are now moving toward very h...