Click Curves… > Change the Pattern to the pattern seen below and click Apply. Incriment the Curve by one and repeat. Do this for curves 0 through 7 then click # Close. Click Plot. Save the picture as you did for the mesh and call it Pre-Lab 1 Laminar Pipe Flow Velocity “CFD and save it in the folder you created. Close the Solution XY at All Axial Locations with AFD Data” window. Plot Plotting Velocity Vectors Click Tree > Results > Graphics > Vectors > Set Up. To plot the velocity vectors at the region flow begin to becomes fully developed, copy the parameters as per below and click Zoom into the Display. region where the flow is almost fully developed. Save the picture as you did for the mesh and call it Pre-Lab 1 Laminar Pipe Flow Velocity “CFD and save it in the folder you created. Vectors at the Region Flow Begins to Become Developed” Close the Vectors window.
Click Curves… > Change the Pattern to the pattern seen below and click Apply. Incriment the Curve # by one and repeat. Do this for curves 0 through 7 then click Close. Click Plot. Save the picture as you did for the mesh and call it “CFD Pre-Lab 1 Laminar Pipe Flow Velocity at All Axial Locations with AFD Data” and save it in the folder you created. Close the Solution XY Plot window. Plotting Velocity Vectors Click Tree > Results > Graphics > Vectors > Set Up. To plot the velocity vectors at the region flow begin to becomes fully developed, copy the parameters as per below and click Display. Zoom into the region where the flow is almost fully developed. Save the picture as you did for the mesh and call it “CFD Pre-Lab 1 Laminar Pipe Flow Velocity Vectors at the Region Flow Begins to Become Developed” and save it in the folder you created. Close the Vectors window.
Introductory_Pre-Lab1_Manual.docx