It allows you to analyze a wide range of complex flows with a wide range of flow characteristics. (SOLIDWORKS Flow Simulation is a software based on advanced Computational Fluid Dynamics (CFD) techniques. Imported temperature and pressure from Flow Simulation.Embedded in the SOLIDWORKS interface, it enables engineers to model 3D mechanical system as virtual prototypes.) (SOLIDWORKS Motion is a design software for mechanical system simulation. Thermal (define temperatures or get the temperature profile from thermal analysis).Body forces (gravitational and/or centrifugal).These options are available for the Direct Sparse and FFEPlus solvers.Īt least one of the following types of loading: When importing loads from SOLIDWORKS Motion, make sure that Use inertial relief option is checked. If your model is not adequately constrained, check the Use soft springs to stabilize the model option in the Static dialog box. They are not used in calculating stresses.Īdequate restraints to prevent the body from rigid body motion. This is the basic equation set up for a linear probability model: P (Y i 1Xi) 0. There are rarely big differences in the results between the three models. The LPM is an alternative to logistic regression or probit regression. For orthotropic materials, you can define different Moduli of Elasticity, Shear Moduli, Poisson Ratios, and/or Coefficients of Thermal Expansion in different directions.Ĭompressive, tensile, and yield strength are used by failure criteria to assess failure. Probability of an event is always between 0 and 1, but a LPM can sometimes give us probabilities greater than 1. The above description applies for isotropic materials.
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