This is known as high LDL (harmful) cholesterol, or hyperlipidemia, and is considered one of the leading reasons we are suffering an increase in conditions such as heart disease and stroke. Notice in the jpg file the fluid.prt volume of fan.prt is gone and the blade length is shorter with a successful regeneration.Anti Cholesterol Herbs and Herbal RemediesĪre you seeking useful anti cholesterol herbs and herbal remedies?įor a good many of the people in this country (and indeed the modern world), cholesterol levels are becoming way too high. In my second post I attched the "fluid_adjusted" jpg fileġ5. Adjust the blade length to a smaller dim and regenerate.ġ4. Notice in the "fluid" jpg file attached that the fluid.prt volume of fan.prt is gone.ġ3.
Adjust the blade length and regenerate.ġ2. Create a cutout of fan.prt from fluid.prt.ġ1. of fan.prt also the depth should be larger than fan.prt.ĩ. Make sure fluid dia is larger than total O.D.
give dia dim and depth symetrical about dtm3 Create a fluid feature in fluid.prt smilar as hub feature in fan.prt. Add blade features to fan.prt extruding from hub. give dia dim and depth symetrical about dtm3.ħ. Create hub feature in the fan.prt on dtm3 with dtm2 as top ref for sketching. Assemble the fluid part into the fan_test.asm with coords CS0 to ACS0.Ħ. Assemble the fan part into the fan_test.asm with coords CS0 to ACS0.ĥ. Create an empty part, set accuracy to absolute. Crete an empty assembly, set accuracy to absolute. These are the steps I created to get what I think your looking for:ġ. RE: Cut Out in Pro E mailpulak (Mechanical)īy the looks of your screen shot you are using ProE WildFire 5.0. I've also tried exporting the turbine model in different formats i.e.prt. I tried to use "absolute accuracy" but it doesn't work. ,ut out has been created successfully."īut I don't get a cut-out. Change PRT0009 accuracy to 0.000812 or use absolute accuracy to match part accuracies. But when I export it again to the assembly and perform the Cut-out process it fails to regenerate. I have successfully achieved the above once.Īfter that I tried to modify (reduce) the outlet area and the model regenerated fine.
After that I Cut-Out the turbine model from the cylinder volume and get the cylinder with negative turbine space. What I do is first make a 3D model as Pro E part then I export it to a Pro E assembly and also create a cylinder of little bigger size.
I have designed a turbine and I want to get a negative space cut-out from a cylindrical shape of similar size(The cylinder with the cut-out will act as a fluid body to be used for analysis in Fluent).
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