1) dual-sine
双正弦
1.
Based on the structure characteristic and speed ratio calculation formula of the cylinder dual-sine oscillating tooth gear reducer-a theoretic analysis of kinematics status of oscillating tooth has been performed.
在研究圆柱双正弦活齿传动的结构特点和传动比计算公式的基础上,对活齿的运动状态进行了分析。
2) Double sine bar
双正弦规
1.
The perfect CAD/CAM technology scheme for oblique tooth slotting cutter based on 3D feature modeling by SolidWorks and NC wire cutting is given,associated with ingenious application of double sine bar fixture,so the simplification of design and automation of manufacture for oblique tooth slotting cutter are realized,and the rapid response is potently guaranteed.
给出了完善的基于SolidWorks三维特征造型和数控线切割加工的斜齿梳齿刀CAD/CAM技术方案,辅以双正弦规夹具的巧妙应用,使设计简约化,制造自动化,为斜齿梳齿刀设计制造的快速响应提供了有效保证。
3) hyperbolic sine
双曲正弦
1.
With the UHARD subroutine,the hyperbolic sine constitutive relationship was implemented into the ABAQUS code,which established the foundation for the metal deformation at high temperature.
针对ABAQUS材料库中没有模拟金属热变形的双曲正弦本构模型的现状,通过自行编写UHARD子程序在ABAQUS软件上实现了该模型的有限元仿真,使ABAQUS的材料库得以扩充,为金属高温变形的有限元模拟奠定了基础。
5) Dual sinusoidal signals
双正弦信号
6) hyperbolic sine
双曲线正弦
补充资料:积分双曲正弦
积分双曲正弦
integral hyperbolic sine
积分双曲正弦【加魄刘h押‘加万c‘理;IIH祝印幼I,H诚rHnep60月“,ee心面eu“界1 对于实数x,由下式定义的特殊函数: -1·一r sinht,._. Shi(‘’一)上兰犷兰以亡一‘““‘x’,其中51(x)是积分正弦(int瞿”1 sine).积分双曲正弦能够表示为下列级数: ”hi(‘)一‘+责+希+一积分双曲正弦与积分双曲余弦(加忱脚lh刃军rbolicco-sine)之间存在下列关系: O五(x)+Shi(x)“Li(ex),其中Li是积分对数(访忱脚1】o罗rit加爪). 有时积分双曲正弦用shi(x)来表示. 关于参考文献,见积分余弦(integl司cosine). A .B .11妇aHOB撰【补注】这个函数很少使用,由于它与正弦积分的关系,所以又称为双曲正弦积分(h男咒rbelic sine integrdl).当然,它能够对z6C来定义.张鸿林译
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条