#Solidworks 2012 simulation tutorial movie#
#Solidworks 2012 simulation tutorial software#

The balls shall roll down and fall to boxes. When all is done click another time calkulate button and wait. In motion study tree ( not assembly TREE!!!!) we choose all tangent mates. The balls rolls down the gutter with the gravity but they are still in TANGENT MATE. All objects in our case.ДЄnd this is the poit when our assembly MATES gives us problem. Next odd objects to contact in simulation. The ball is in good start position for gravity simulation.Д¬lick on tab Motion Study in Left down corner in SW.Д¬hoose direction of it. Repeat all for another face of gutter and the same ball. The balls are inserted in very unpleasant positions so we must add the mates.Д¬lick one clik mates- click tangent, click one ball and one face of gutter. In the same part i draw 4 boxes- shell and pattern options. So i have one file to ball and 4 different balls.ДЄnother sketch - Closed profile of gutter. I make 4 configurations of diameter and 4 displey states for each diameter. The balls will roll down the gutter and fall to separate boxes.

We gonna create ball classifier and add the gravity. SolidWorks - Ball separator, classifier - motion study

#Solidworks 2012 simulation tutorial movie#

(of course you might make a movie of this)ДЄnd this tutorial is about BASIC motion elementry options. When you want make a movie showing how your machine works - you should use motion study and animation option.ДЄnd If you want make a gravity simulation or other contact between elements you should use motion study- BASIC MOTION option. In assemby mode you add parts and mates between them- mainly for making 2d or check collisions. Run the study and view the results as function of the load parameter.This is how I see assembly in SolidWorks:.Right-click the Result Options folder in the tree to specify result saving options.No load or restraint is associated with a time curve.

Define material properties, mesh, loads and restraints.

To consider thermal or flow effects, click the Flow/Thermal Effects tab and set the desired options.

The time range should cover Start time and End time. This is the only time curve used by the Displacement control method.

Click the Advanced Options button to select the Displacement control method and set the Displacement control options where you specify the controlling degree of freedom as a function of time.

In the Solution tab, specify Start time, End time, Time increment parameters, and check the desired settings in the Geometry nonlinearity options and Solver boxes.

Right-click the studyвЂ™s icon and select Properties.

To perform nonlinear static analysis using Displacement control: To restart a problem for which restart information is available, select the Restart checkbox in the properties of the study before running. To make a study restartable, you must select the Save data for restarting the analysis before running the study.

The Restart option allows you to continue a solution from the last successful solution step.

The solution stops based on parameters specified in the Advanced Options tab. For the Arc-Length control method, it is used internally to estimate an initial incremental value for the arc length. For the Force and Displacement control methods, it is used to progressively increment time from Start time to End Time.

The time increment in the Solution tab is interpreted based on the control method selected.

Time values are always real for nonlinear dynamic studies.

Time values are pseudo values unless: 1) you are using material models with creep effects, 2) you are considering thermal effects from a transient thermal study.

#Solidworks 2012 simulation tutorial software#

SolidWorks is an immense software package, and no one book can cover all topics for all users.

The Start time and End Time specified in the Solution tab, in seconds, are not used by the Arc-Length control method. The Commands Guide Tutorial for SolidWorks 2012 is a comprehensive reference book written to assist the beginner to intermediate user of SolidWorks 2012.

To select the Displacement or the Arc-Length control method, click the Advanced Options button in the Solution tab.

In other words, all loads are changed proportionally at each solution step. The Displacement and Arc-Length control methods calculate a multiplier for all loads at each solution step. The Force control method allows you to control each load and restraint individually by a time curve. The interface uses the Force control method by default as it is the proper choice in most cases.

Nonlinear analysis requires specifying a solution control method.

Nonlinear studies are solved in the time domain.

When defining a nonlinear study, you can choose a static or dynamic study.