Spline function in ADAMS
Hai, i am doing the robot silmulation in ADAMS View,now i struck in defining the math function to simulate the robot in 6 DOF/ workspace,, please tell me how to build spline function for different joints @ simultaneus.
Hai, i am doing the robot silmulation in ADAMS View,now i struck in defining the math function to simulate the robot in 6 DOF/ workspace,, please tell me how to build spline function for different joints @ simultaneus.
Journal of Physics D: Applied Physics
doi:10.1088/0022-3727/46/19/195303
A generic experimental procedure is presented in this work to enhance
the electrical responses of polydimethylsiloxane (PDMS) through
incorporation of conducting polymer nanowires, while maintaining the
desirable mechanical flexibility of PDMS. The conducting polypyrrole
Journal of Microelectromechanical Systems
Ping Du; Chen Cheng; Hongbing Lu; Xin Zhang
Volume: 22, Issue: 1, Page(s): 44 - 53
DOI: 10.1109/JMEMS.2012.2213070
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Dear all.
I'm currently doing some research concerning crack path prediction in brittle thin film.
But I'm struggled to find efficient way to do it.
In reality my case: stress is higly confined within semi infinite narrow rectangular strip patten and out of this rectangular, stress is very low or near 0 compared to stress within the pattern. Crack starts from left side end and propagates within pattern toward right end side of pattern. Crack show wavy propagation behavior with regular period and amplitude.
Hi everybody,
I'm trying to model a 2D orthogonal cutting by Abaqus by using ALE method. I have some distortion of mesh in front of the cuuting noise so I try to define an eulerian surfaces around the cutting noise.
Can somebody help me to find about the convergence rate of MLS shape function?
My name is hexu,a graduate, my major is solid mechanics,eapecially micromechanics,also study finite element method.
Dear all!
For quite a long time (not full time though) I've been trying to get a multi-surface plasticity model running, without finally successing. Yet.
I am coding the algorithm Simo & Hughes give in "Computational Inelasticity" in Box 5.2a-c into an Abaqus-umat written in fortran. I apply it for perfect plasticity (at the moment), therefore it is simplified from the original.