... manipulator dimensional design tension telescope controllability design engineering manipulators performance evaluation radiotelescopes tensile strength 23 01 2011 15 08 2011 22 08 2011 17 11 2011 17 11 2011 Cable tension in line trajectory The arc...

...) tensile strength An increasing number of cars is being equipped nowadays with continuously variable transmissions (CVTs), with the aim of reducing the fuel consumption and the greenhouse gas emissions, without penalizing the drive feeling and comfort. The employment of CVTs may be extended...

... finite element analysis mechanical contact plates (structures) tensile strength The stress zone in the joint had a conical shape with an angle α equal to 30 deg, as shown in Figs. 2 3 . It is obvious that the Juvinall method did not include the effect of the joint size D o...

... tensile strength compressive strength springs (mechanical) Tensegrity systems are those whose components are subjected to either tensile or compression loads in all possible configurations. This is made possible by the self-stressing capability of these systems. By using springs or cables...

... of stiffness ratios that simulates both soft and hard joint applications. 07 10 2004 19 12 2005 work hardening fasteners clamps elongation elasticity couplings fatigue tensile strength plasticity The behavior and reliability of bolted joints are significantly affected by both...

... In future work, the authors are contemplating the addition of a second degree of freedom to the planar tensegrity mechanism. The ultimate goal of this research it to extend the approach to the analysis of spatial tensegrity mechanisms. 06 07 2004 02 02 2005 kinematics statics tensile...

... μ h = coefficient of friction under the screw head μ t = coefficient of friction of the screw threads σ 0.2 = tensile yield stress at 0.2% permanent elongation σ B = ultimate tensile strength φ = tightening angle...

... and Gearing Committee for publication in the JOURNAL OF MECHANICAL DESIGN . Manuscript received January 2001. Associate Editor: R. F. Handschuh. 01 January 2001 26 11 2002 mechanics boundary-value problems tensile strength Belt mechanics deals with the analysis...

...N. Troyani,; C. Gomes, and; G. Sterlacci structural engineering stress analysis tensile strength finite element analysis The insert formula in Fig. 2 should read σ nom = Sw / w − a as indicated in Eq. (2) in the text. 26 11 2002 ...

... to in the text is located at the center of the hole in Fig. 1. 3. In the next to the last paragraph the text should read “uniform displacement” instead of “uniform loading.” 06 08 2002 structural engineering stress analysis tensile strength finite element analysis 2002 ASME ...

... received March 2000. Associate Editor: J. Gao. 01 March 2000 stress effects bending tensile strength torsion load distribution numerical analysis Stress concentration factors for shoulder filleted shafts in tension, bending and torsion were published by Peterson 1...

... torque finite element analysis tensile strength stress analysis A spline connection is used to transmit torque from a shaft to a machine element. According to the Design Guide for Involute Splines 1 , compressive stress is the most common cause of spline failures, and it is usually...

... for publication in the JOURNAL OF MECHANICAL DESIGN . Manuscript received Sept. 1999. Associate Editor: J. Gao. 01 Sept 1999 structural engineering stress analysis tensile strength finite element analysis In spite of its severe limitations regarding the ability to describe the stress...

... in the JOURNAL OF MECHANICAL DESIGN . Manuscript received Aug. 1999. Associate Editor: R. F. Handschuh. 01 Aug 1999 flexible structures deformation load distribution tensile strength Metal belts are made from stainless steel and alloys, these materials often considered inflexible...