Thermodynamic Analysis of Turbine Blade Under High Temperature and Water Vapor Flow
About this design
Explore a detailed thermodynamic study of a turbine blade operating at elevated temperatures and high-velocity water vapor flow. This analysis evaluates blade performance and design optimization for enhanced efficiency under challenging conditions.
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| View Name | Extension | Action |
|---|---|---|
| Design file | step | |
| Front View | webp | |
| Top View | webp | |
| Bottom View | webp | |
| Left Side View | webp | |
| Right Side View | webp | |
| Isometric View | webp |
| File Name | Action |
|---|---|
| No supporting files | |
About CAD
The CAD model comprises 426 faces, 1084 edges, 730 vertices, 46 solids. Surface types include 254 planar, 111 cylindrical, 5 conical, 16 spherical, 40 toroidal. Orientations: 164 along the X-axis, 138 along the Y-axis, 112 along the Z-axis, 12 with various orientations. Model dimensions: 298.10 mm wide, 256.56 mm high, 100.00 mm deep. Volumetric data: maximum volume of 43424.78 mm³, minimum volume of 512.52 mm³, average volume of 6856.18 mm³, total volume of 315384.47 mm³
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Supported formats: STEP (.step, .stp), IGES (.igs, .iges), STL (.stl), PLY (.ply), OFF (.off), BREP (.brp, .brep)
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