290 Pages · 7.54 mb ·
Mentor Graphics
Tutorials
- Contents (Page 3) - Features List (Page 13) - First Steps - Ball Valve Design (Page 23) - Open the SolidWorks Model (Page 23) - Create a Flow Simulation Project (Page 24) - Boundary Conditions (Page 27) - Define the Engineering Goal (Page 29) - Solution (Page 31) - Monitor the Solver (Page 31) - Adjust Model Transparency (Page 33) - Cut Plots (Page 33) - Surface Plots (Page 35) - Isosurface Plots (Page 36) - Flow Trajectory Plots (Page 37) - XY Plots (Page 39) - Surface Parameters (Page 40) - Analyze a Design Variant in the SolidWorks Ball part (Page 41) - Clone the Project (Page 45) - Analyze a Design Variant in the Flow Simulation Application (Page 45) - First Steps - Conjugate Heat Transfer (Page 47) - Open the SolidWorks Model (Page 47) - Preparing the Model (Page 48) - Create a Flow Simulation Project (Page 49) - Define the Fan (Page 52) - Define the Boundary Conditions (Page 54) - Define Heat Sources (Page 55) - Create a New Material (Page 57) - Define Solid Materials (Page 59) - Define Engineering Goals (Page 60) - Specifying Volume Goals (Page 60) - Specifying Surface Goals (Page 61) - Specifying Global Goals (Page 63) - Changing the Geometry Resolution (Page 65) - Solution (Page 66) - Viewing the Goals (Page 66) - Flow Trajectories (Page 68) - Cut Plots (Page 70) - Surface Plots (Page 72) - First Steps - Porous Media (Page 75) - Open the SolidWorks Model (Page 76) - Create a Flow Simulation Project (Page 76) - Define the Boundary Conditions (Page 78) - Create an Isotropic Porous Medium (Page 79) - Define the Porous Medium - Isotropic Type (Page 81) - Specifying Surface Goals (Page 82) - Define the Equation Goal (Page 84) - Solution (Page 85) - Viewing the Goals (Page 85) - Flow Trajectories (Page 86) - Clone the Project (Page 87) - Create a Unidirectional Porous Medium (Page 87) - Define the Porous Medium - Unidirectional Type (Page 88) - Compare the Isotropic and Unidirectional Catalysts (Page 89) - Determination of Hydraulic Loss (Page 91) - Model Description (Page 92) - Creating a Project (Page 93) - Specifying Boundary Conditions (Page 97) - Specifying Surface Goals (Page 99) - Running the Calculation (Page 100) - Monitoring the Calculation (Page 100) - Cloning the Project (Page 101) - Creating a Cut Plot (Page 102) - Working with Parameter List (Page 105) - Creating a Goal Plot (Page 106) - Working with Calculator (Page 107) - Changing the Geometry Resolution (Page 109) - Cylinder Drag Coefficient (Page 113) - Creating a Project (Page 114) - Specifying 2D simulation (Page 118) - Specifying a Global Goal (Page 119) - Specifying an Equation Goal (Page 120) - Cloning a Project and Creating a New Configuration (Page 120) - Changing Project Settings (Page 121) - Changing the Equation Goal (Page 122) - Creating a Template (Page 123) - Creating a Project from the Template (Page 123) - Solving a Set of Projects (Page 125) - Getting Results (Page 125) - Heat Exchanger Efficiency (Page 129) - Open the Model (Page 130) - Creating a Project (Page 130) - Symmetry Condition (Page 133) - Specifying a Fluid Subdomain (Page 134) - Specifying Boundary Conditions (Page 136) - Specifying Solid Materials (Page 140) - Specifying a Volume Goal (Page 141) - Running the Calculation (Page 141) - Viewing the Goals (Page 142) - Creating a Cut Plot (Page 143) - Displaying Flow Trajectories (Page 145) - Computation of Surface Parameters (Page 147) - Calculating the Heat Exchanger Efficiency (Page 149) - Specifying the Parameter Display Range (Page 149) - Mesh Optimization (Page 151) - Problem Statement (Page 152) - SolidWorks Model Configuration (Page 153) - Project Definition (Page 153) - Conditions (Page 154) - Manual Specification of the Minimum Gap Size (Page 157) - Switching off the Automatic Mesh Definition (Page 160) - Using the Local Initial Mesh Option (Page 162) - Specifying Control Planes (Page 163) - Creating a Second Local Initial Mesh (Page 165) - Application of EFD Zooming (Page 169) - Problem Statement (Page 169) - Two Ways of Solving the Problem with Flow Simulation (Page 171) - The EFD Zooming Approach (Page 171) - First Stage of EFD Zooming (Page 172) - Project for the First Stage of EFD Zooming (Page 172) - Second Stage of EFD Zooming (Page 176) - Project for the Second Stage of EFD Zooming (Page 177) - Changing the Heat Sink (Page 182) - Clone Project to the Existing Configuration (Page 183) - The Local Initial Mesh Approach (Page 184) - Flow Simulation Project for the Local Initial Mesh Approach (Sink No1) (Page 184) - Flow Simulation Project for the Local Initial Mesh Approach (Sink No2) (Page 188) - Results (Page 188) - Textile Machine (Page 191) - Problem Statement (Page 191) - SolidWorks Model Configuration (Page 192) - Project Definition (Page 193) - Boundary Conditions (Page 193) - Specifying Rotating Walls (Page 194) - Initial Conditions - Swirl (Page 195) - Specifying Goals (Page 196) - Results - Smooth Walls (Page 197) - Displaying Particles Trajectories and Flow Streamlines (Page 198) - Modeling Rough Rotating Wall (Page 200) - Adjusting Wall Roughness (Page 200) - Results - Rough Walls (Page 201) - Non-Newtonian Flow in a Channel with Cylinders (Page 205) - Problem Statement (Page 205) - SolidWorks Model Configuration (Page 206) - Specifying Non-Newtonian Liquid (Page 206) - Project Definition (Page 206) - Conditions (Page 207) - Specifying Goals (Page 207) - Comparison with Water (Page 208) - Changing Project Settings (Page 208) - Heated Ball with a Reflector and a Screen (Page 211) - Problem Statement (Page 211) - SolidWorks Model Configuration (Page 212) - Case 1: The reflector inner surface is whitebody (Page 213) - Project Definition (Page 213) - Definition of the Computational Domain (Page 213) - Adjusting Automatic Mesh Settings (Page 214) - Defining Radiative Surfaces (Page 214) - Specifying Bodies and Materials Transparent to the Heat Radiation (Page 215) - Specifying Heat Source and Goals (Page 216) - Case 2: All reflector surfaces are blackbody (Page 217) - Changing the Radiative Surface Condition (Page 217) - Goals Specification (Page 217) - Specifying Initial Condition in Solid (Page 217) - Case 3: The reflector is removed (Page 218) - Results (Page 219) - Rotating Impeller (Page 221) - Problem Statement (Page 221) - SolidWorks Model Configuration (Page 222) - Project Definition (Page 222) - Boundary Conditions (Page 223) - Specifying Stationary Walls (Page 224) - Impeller’s Efficiency (Page 225) - Specifying Project Goals (Page 225) - Results (Page 227) - CPU Cooler (Page 229) - Problem Statement (Page 229) - SolidWorks Model Configuration (Page 230) - Project Definition (Page 230) - Computational Domain (Page 230) - Rotating Region (Page 231) - Specifying Stationary Walls (Page 233) - Solid Materials (Page 234) - Heat Source (Page 234) - Initial Mesh Settings (Page 234) - Specifying Project Goals (Page 237) - Results (Page 239) - Electronic Components (Page 241) - Problem Statement (Page 241) - Model Configuration (Page 242) - Project Definition (Page 244) - Boundary Conditions (Page 245) - Specifying Perforated Plates (Page 246) - Specifying Two-Resistor Components (Page 247) - Specifying Heat Pipes (Page 249) - Specifying Contact Resistances (Page 250) - Specifying Printed Circuit Board (Page 251) - Specifying Solid Materials (Page 252) - Project Goals (Page 253) - Setting Initial Mesh (Page 253) - Setting Local Initial Mesh (Page 254) - Results (Page 255) - Oil Catch Can (Page 257) - Problem Statement (Page 257) - SolidWorks Model Configuration (Page 258) - Project Definition (Page 258) - Boundary Conditions (Page 258) - Project Goals (Page 259) - Setting Solution Adaptive Mesh Refinement (Page 260) - Specifying Motor Oil Material (Page 261) - Studying the Motion of Oil Droplets (Page 261) - Results (Page 262) - 150W Halogen Floodlight (Page 265) - Problem Statement (Page 265) - Model Configuration (Page 266) - Project Definition (Page 267) - Computational Domain (Page 267) - Specifying Fluid Subdomain (Page 268) - Specifying Heat and Radiation Conditions (Page 268) - Defining Radiation Source (Page 270) - Defining Radiative Surfaces (Page 271) - Specifying Solid Materials (Page 272) - Specifying Bodies and Materials Transparency (Page 272) - Specifying Goals (Page 273) - Setting Local Initial Mesh (Page 274) - Checking Calculation Control Options (Page 274) - Results (Page 275) - Hospital Room (Page 277) - Problem Statement (Page 277) - Model Configuration (Page 278) - Project Definition (Page 279) - Boundary Conditions (Page 279) - Specifying Heat Sources (Page 281) - Specifying Calculation Control Options (Page 283) - Specifying Goals (Page 283) - Adjusting Initial Mesh (Page 284) - Setting Local Initial Mesh (Page 284) - Results (Page 285) - Overview of Comfort Parameters (Page 285) - Obtaining CRE Value (Page 286) - Volume Parameters (Page 286)