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Solidworks flow simulation 2015 tutorial

#Solidworks flow simulation 2015 tutorial software

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#Solidworks flow simulation 2015 tutorial software

PRICES FOR AUTODESK SOFTWARE ARE SUBJECT TO CHANGE.Īutodesk and Fusion 360 are registered trademarks of Autodesk, Inc., and/or its subsidiaries and/or affiliates in the USA and/or other countries. Products must be purchased from the Autodesk online store and the applicable discount will automatically be applied to your purchase.ĪUTODESK RESERVES THE RIGHT TO CANCEL, SUSPEND OR MODIFY PART OF OR THESE ENTIRE PROMOTIONS AT ANY TIME WITHOUT NOTICE, FOR ANY REASON IN ITS SOLE DISCRETION. This offer is available from through in the 50 United States and Canada and may not be combined with other rebates or promotions and is void where prohibited or restricted by law. NOTE: This feature is available for Electronics Cooling module users only.This promotion offers a 30% discount off the Suggested Retail Price (SRP) for purchases of a new monthly, 1-year, or 3-year subscription to Fusion 360 and a monthly or 1-year subscription to Fusion 360 Machining Extension, Fusion 360 Nesting & Fabrication Extension, Fusion 360 Manage Extension, Fusion 360 Generative Design Extension, and Fusion 360 Additive Build Extension, excluding taxes. To edit definition of a PCB, in the Flow Simulation analysis tree, double-click the PCB item, or right-click the item and select Edit Definition. The new PCB item appears in the Flow Simulation Analysis Tree. If you want to add a new PCB to the Engineering Database or edit an existing one, click Create/Edit to open the Engineering Database.

Under Printed Circuit Board select a PCB from the list of those currently available in the Engineering Database.

The selected components appear in the Components to Apply PCB list under Selection. You can also select a component in the graphics area. 6 of 7) it gives the error, 'SOLVER ABNORMALLY TERMINATED'. However, when I try to run the simulation (pg. I am attempting to complete this online tutorial from another university for my professor.

In the flyout FeatureManager design tree select a component which you want to consider as the PCB. Hi I am new to SolidWorks 2014, but I have read through the documentation on Flow Simulation.

In the Flow Simulation analysis tree right-click the Printed Circuit Boards item and select Insert Printed Circuit Board.

Click Printed Circuit Board on the Flow Simulation Features toolbar or Flow Simulation > Insert > Printed Circuit Board.

The selected body should be a thin plate (one of the body’s dimensions is substantially smaller than two others) with two parallel surfaces and can be arbitrary aligned, not necessarily along global coordinate system axes. The direction is determined automatically from the body geometry. The body is considered as a solid with Axisymmetrical/Biaxial type of anisotropic thermal conductivity. You may assign one of PCBs stored in the Engineering Database to a solid body. the volume fraction of conductor material in the layer, and the Layer Thickness (tCi). Also for each conducting layer you must specify the Percentage Cover (Ai), i.e. The Layer Definition type implies that you must specify the PCB total thickness (t) and the Number of conducting layers (nC). With the Board Mass type, the PCB total mass (M) and PCB total volume (V) are used to calculate the fraction of conductor material (A) in it.

the volume fraction of conductor material in the PCB. The Conductor Volume Fraction type requires the specification of Percentage conductor in PCB volume (A), i.e. In the latter case, you must specify density (r), specific heat (C), and thermal conductivity (K) for both dielectric (denoted by ‘D’ index) and conductor (denoted by ‘C’ index) materials of the PCB, and describe its internal structure in one of the provided types: Conductor Volume Fraction You can either select a pre-defined PCB from the Engineering Database, or create a user-defined one by specifying its parameters. Powered by fast and accurate solvers, SOLIDWORKS Flow Simulation enables. its effective density, specific heat, and components of thermal conductivity, are calculated on the basis of the PCB structure. SOLIDWORKS Flow Simulation is an intuitive Computational Fluid Dynamics (CFD) solution embedded within SOLIDWORKS 3D CAD that enables you to quickly and easily simulate liquid and gas flow through and around your designs to calculate product performance and capabilities. The integral characteristics of a PCB, i.e. Printed Circuit Boards (PCBs) are concerned as a special case of solid material having anisotropic thermal conductivity.