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CPL Lab Meetings: History
CPL Lab Meetings (main page) Fall Semester 2018-2019 – Wednesdays 5:00 pm in Uris Hall 254 29 August 2018: Booting up Greetings, introductions, and selecting of presentation days. 5 September 2018: Thom Cleland Overview of coding/learning hypothesis in the deep olfactory bulb. 12 September 2018:Home
This is the Computing page for the Cornell NanoScale Science and Technology Facility space.Plane Frame - Numerical Solution
Plane Frame - Panel ANSYS Google Analytics Numerical Solution Under Construction Go to Step 6: Numerical Results Go to all ANSYS Learning ModulesPlane Frame - Pre-Analysis & Start-Up
Plane Frame - Panel ANSYS Google Analytics Pre-Analysis In the cantilever beam tutorial, we considered the case when a bar is subjected to a transverse load. We solved this case using the Euler-Bernoulli beam theory which assumes that transverse loads can only cause any point on the midline to move in the transvePlane Frame - Physics Setup
Plane Frame - Panel ANSYS Google Analytics Physics Setup Assign the Young's modulus. Apply the boundary conditions and make sure the structure is well-constrained to prevent motion in x,y,z. Go to Step 5: Numerical Solution Go to all ANSYS Learning ModulesAIM Stress Due to Gravity- Geometry
ANSYS Google Analytics AIM Stress Due to Gravity - Panel Geometry The following video will walk you through creating your geometry inside ANSYS AIM. Go to Step 3: Mesh Go to all ANSYS AIM Learning ModulesAIM Stress Due to Gravity - Mesh
ANSYS Google Analytics AIM Stress Due to Gravity - Panel Mesh The following video will walk you through how to mesh your geometry. Go to Step 4: Physics Setup Go to all ANSYS AIM Learning ModulesAIM I Beam - Mesh
ANSYS Google Analytics ANSYS AIM I Beam - Panel Mesh The following videos demonstrate how to create and improve a mesh for the cantilever I-beam. Go to Step 4: Physics Setup Go to all ANSYS AIM Learning ModulesAIM I Beam - Physics Setup
ANSYS Google Analytics ANSYS AIM I Beam - Panel Physics Setup In this video we will assign a material to the I-beam. In this video we will assign a support and a force to the I-beam. The reason behind applying the load to the central web is to focus on the deflection that occurs across the entire span of the IAIM Stress Due to Gravity - Pre-Analysis & Start-Up
ANSYS Google Analytics AIM Stress Due to Gravity - Panel Pre-Analysis & Start-Up Start-Up Go to Step 2: Geometry Go to all ANSYS AIM Learning Modules