Coventor Tutorial. Coventor-Process : Material Deification Change the electric conductivity of Silicon since it was doped. For detailed information on Material Deification, please refer to the Section 2. Coventor-Process : Create Substrate For detailed information on editing process, please refer to the Section 2.
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Coventor-Process : Material Deification Change the electric conductivity of Silicon since it was doped. For detailed information on Material Deification, please refer to the Section 2. For detailed information on editing process, please refer to the Section 2. Hong Kong University of Science and Technology. Only this Si layer for simulation: Accurate Thickness!!
Si layer for layout: Accurate Layer Name!! For detailed information on editing layout, please refer to the Section 2. Coventor Flat Hierarchy Before exporting the layout to top cell, the top cell should be flattened. For detailed information on solid model, please refer to the Section 4. Coventor Partition Partition the Si into several parts. Partition the beam moved parts from the anchor fixed parts. Choose 3 points to generate a plane 2. Choose the plane and the Silicon bulk needed for partition 3.
Partition under Solid Model For detailed information on solid model, please refer to the Section 4. Coventor Partition After After partition, one Silicon bulk is cut into two parts. After partition, the plane can be hided. After several times of partition, the beams will be completely separated from the anchor. For detailed information on Mesh model, please refer to the Section 4.
Name electrodes on the top faces! Potential will be applied on these faces. Name anchors on the bottom faces! Fixall and Temperature will be applied on these faces. Name the front faces or other needed faces of the actuator, amplifier or bistable beam on the side faces! Pressure or Displacement will be applied on these faces For detailed information on Mesh model, please refer to the Section 4. For detailed information on editing layout, please refer to the Section 3.
Example: apply voltage to actuator to analysis the temperature, displacement, stress and so on. Fixall for anchor 2. Set the temperate of all anchor as room temperature K.
The units is K. Apply voltage to electrodes. The units is voltage. For detailed information on setting boundary conditions, please refer to the Section 3. For other simulations: 1. Fixall and Temperature are always applied on anchor faces. Potential can be applied on electrode faces. Pressure or Displacement can be applied on side faces.
For detailed information on Simulation methodology of Bistable Beam, please refer to the Tutorial on simiulation of bistable beam! Coventor Displacement-Force Simulation For simulation, one can not solve an arbitrary displacement directly, according to my experience.
Instead, one need to increase the displacement bit by bit from zero, and telling Coventor to start the analysis from the result of the previous one. In this manner, the simulation will not fail easily, because defining the displacement resolves the large non-linearity of buckling.
Coventor One or Multi Point Simulation 1. Start to set Variable 5. If you want to use the actuator to push the amplifier, or use the amplifier to push the beam you need to define the Planes of actuator, amplifier and beam as contact planes. Otherwise, they actuator will move across the amplifier, or the amplifier will move across the beam rather than push it. Kyoto University. Learn more about Scribd Membership Home.
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Https Law. Jump to Page. Search inside document. Otherwise, solid model cant be built!! Finally, the one Silicon bulk will be cut into many parts. Set the value 3. Set the Trajectory 6.
Run here for simulating one value 3. Correspond the mechBC1 to a Trajectory 2. Documents Similar To Coventor Tutorial. Sulaiman Mohsin AbdulAziz. Hinda El Kadiri. Mada Sanjaya Ws. Niranjan Niru. Twesh Mishra. Matthew Booker. Nupur Bhutani. Stephanie Tyler. Intan Shafinaz Collins. Shradha Gawankar. The effects of transition metals on carbothermal. Joao Luis. Javier Enrique Toro Yentzen. Ian Beardsley. Prince Ryan. Anish Kumar. Shaza Farouk Azhari. More From rp Anil Kaplush. Popular in Applied And Interdisciplinary Physics.
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