... static aeroelasticity experimental aeroelasticity bending divergence forward-swept wing compliant airfoils and morphing aerodynamics aerospace components aircraft testing design engineering elastic deformation elasticity finite element analysis structural engineering wind tunnels...

... 01 08 2011 11 11 2011 11 11 2011 compliant mechanisms elastic deformation genetic algorithms stress analysis compliant mechanism topology optimization quadrilateral discretization The desired elastic deformations in compliant mechanisms can come from flexural...

.... The stiffness and elastic deformation of gear teeth were calculated using the finite element method with actual geometry and gear positions. After the impact analysis, the numerical simulation results of transient and steady-state transmission errors are obtained simultaneously. Using the fast Fourier transform...

... repeatedly. elastic deformation mechanical stability plates (structures) 2011 American Society of Mechanical Engineers ...

... for use in the design simulation/evaluation of high-performance ball screw drives where compactness and rigidity are required. 04 04 2010 04 04 2011 18 05 2011 18 05 2011 assembling design engineering drives elastic deformation fasteners mechanical contact miniature...

.... , Komori , M. , Murakami , H. , Kubo , A. , and Fang , S. , 2009 , “ Analysis of General Characteristics of Transmission Error of Gears With Convex Modification of Tooth Flank Form Considering Elastic Deformation Under Load ,” ASME J. Mech. Des. 0161-8458 , 131 ( 6 ), p. 061015...

.... Excessive elastic deformation of the tines is one of the main failure modes of the SCMW mechanism. In this study, formulas for elastic deformation and the allowable deformation of the driving tines are deduced and a main design criterion for the SCMW mechanism is established. A calculation example...

... this simple approach gives good results during shifting-maneuvers, it is less accurate when employed to predict the traction curves of the variator. We have found that we can significantly improve the accuracy of the model if we include a direct calculation of the elastic deformation of the pulleys...

...Gang-Won Jang; Myung-Jin Kim; Yoon Young Kim We developed a design method to configure optimal compliant mechanisms consisting of standardized elements such as semirigid beams, hubs, and joints. In the proposed design approach, mechanism compliance is based upon elastic deformations of joint...

... l c x 2.03 4.54 u 1.50 5 x c 0 0 2 30 03 2008 23 02 2009 21 05 2009 elastic constants elastic deformation gears power transmission (mechanical) vibrations The vibration and noise of gears used in power transmission...

... with the conventional ball screw mechanism (BSM). Kinematic analysis involves derivation of the angular and axial motions, as well as the development of the slip pattern between the contacting components. Results show that for any motion of the RSM slip always occurs. Kinematic analysis including elastic deformation...

...Yi Lu; Bo Hu This paper proposes an equivalent mechanism approach for establishing the stiffness matrices of some 3–5DOF (degree of freedom) parallel kinematic machines (PKMs) with S P ̱ R - or R P ̱ S -type legs and solving their elastic deformations. First, the geometric constraints...

.... It is shown that the elastic deformations of the manipulator structure, which are due to the payload, change the altitude and the inclination of the platform. A significant reduction of these errors is achieved by using the balancing mechanism. The efficiency of the suggested solution is illustrated...

... on the basis of the Coulomb friction hypothesis. The deformation of the belt, i.e., the variation of its transversal width, is shown to be negligible with respect to the variation of the local groove width caused by the elastic deformation of the pulleys and by the clearance in the bearings. The particular...

...Michael Yu Wang; Shikui Chen; Xiaoming Wang; Yulin Mei A monolithic compliant mechanism transmits applied forces from specified input ports to output ports by elastic deformation of its comprising materials, fulfilling required functions analogous to a rigid-body mechanism. In this paper, we...

... demonstration using macro-scale prototypes. As the same kinetics and kinematics of elastic deformation hold for compliant mechanisms at the micro scale, the design is unlikely to be substantially different when implemented at the micro scale. The fabrication and testing of a micro scale prototype are beyond...

... of finite rigid body rotations, an FR sequence can effect non-zero changes in orientation of the rigid body even though the net rotation about each axis is zero. The FR sequences are useful for attitude maneuvers of miniature spacecraft that use elastic deformation-based microactuators and for other...

...: A. Kahraman. 01 April 2003 01 November 2003 12 08 2004 gears mechanical engineering computing stress analysis elastic deformation finite element analysis In 1949, Weber 1 , and later Weber and Banascheck 2 proposed a method of calculating tooth deflections of spur...

... 2004 piezoelectric materials micromechanical devices beams (structures) lead compounds finite element analysis elastic deformation Piezoelectricity is a property of materials such as quartz and ceramics where structural and electrical fields interact. Due to this unique interaction...

... of a ball bearing, while accounting for elastic deformation, are modified through coordinate transformations prior to their applications to the analyses for the ball screw mechanism. The influence of differing the parameters such as friction coefficient, normal force acting on the ball, and contact angle...