Spiral Solution in Curve Lengthening EquationArchitecture, Media
While groove-texture, and in particular spiral-grooved bearings [4] and herringbone-grooved bearings [5] have been used for several decades, surface microtexturing is a more recent development. Microtexture is commonly implemented as a dense array of micro-sized concave features (“dimples”) ...
Equation-driven curve Example 2D explicit curve: A parabola y = x^2 CreateEquationSpline2("", "x^2", "", "-5", "5", False, 0, 0, 0, True, True) 2D parametric curve: A spiral x = t*sin(t); y = t*cos(t) CreateEquationSpline2("t*sin(t)...
In infers the involute helical gear tooth profile curve, the transient curve and in the spiral line equation foundation, the union assigns the basic design parameter, establishes the skewed tooth cylindrical gears the parametrization three dimensional finite element model ...
a利用ANSYS中的APDL语言在推导渐开线斜齿轮齿廓曲线、过渡曲线和螺旋线方程的基础上,结合给定的基本设计参数,建立斜齿圆柱齿轮的参数化三维有限元模型 In the use ANSYS APDL language in infers the involute helical gear tooth profile curve, the transient curve and in the spiral line equation foundation, the...
a plane curve formed by the intersection of a right circular cone with a plane parallel to a generator of the cone; the set of points in a plane that are equidistant from a fixed line and a fixed point in the same plane or in a parallel plane. See also diag. atconic section. ...
Equation-driven curve Example 2D explicit curve: A parabola y = x^2 CreateEquationSpline2("", "x^2", "", "-5", "5", False, 0, 0, 0, True, True) 2D parametric curve: A spiral x = t*sin(t); y = t*cos(t) CreateEquationSpline2("t*sin(t)...
logarithmic spiral Logarithmic Tables logarithmic transformation logarithmic trigonometric function logarithmic velocity profile logarithmically convex function Logarithms logarithmus dualis Logata Logau, Friedrich Von Logau, Friedrich, Freiherr von logbook ...
Use ansys APDL language in the derivation of involute helical gear tooth profile curve on the basis of the transition curve and the spiral equation, combined with the basic design parameters given, the establishment of a cylindrical helical gear parametric 3D finite element model. ...
Inthefollowingcurveequation, X=a*t,y=b*t,z=c*t(wherea,bisconstantorfunction), forcartesiancoordinateequations. R=a*t,theta=b*t,z=c*t,forcylindricalcoordinate equations. Rho=a*t,theta=b*t,phi=c*t,thesphericalcoordinate equation.