a. Aerodynamic analysis
b. Computational Fluid Dynamics (CFD)
c. Drag Lift Side force estimation
d. Aerodynamic forces and moments
e. Drag / Drag coefficient (Cd)
f. Lift / Lift coefficient (Cl)
g. Aerodynamic optimization
h. Pressure distribution
i. Turbulence modeling
j. Flow separation prediction
k. Performance in crossflow winds
l. Streamline visualization
2. Softwares (Tools front)
a. Star-CCM
b. ANSYS Fluent
c. OpenFOAM
d. ANSA SpaceClaim
3. Experiment & Testing front
a. Wind-tunnel testing (WT)
b. Flow visualization techniques
c. CFD v/s WT correlation
d. Thermal testing
a. Aerodynamic analysis b. Computational Fluid Dynamics (CFD) c. Drag Lift Side force estimation d. Aerodynamic forces and moments e. Drag / Drag coefficient (Cd) f. Lift / Lift coefficient (Cl) g. Aerodynamic optimization h. Pressure distribution i. Turbulence modeling j. Flow separation prediction...
a. Aerodynamic analysis
b. Computational Fluid Dynamics (CFD)
c. Drag Lift Side force estimation
d. Aerodynamic forces and moments
e. Drag / Drag coefficient (Cd)
f. Lift / Lift coefficient (Cl)
g. Aerodynamic optimization
h. Pressure distribution
i. Turbulence modeling
j. Flow separation prediction
k. Performance in crossflow winds
l. Streamline visualization
2. Softwares (Tools front)
a. Star-CCM
b. ANSYS Fluent
c. OpenFOAM
d. ANSA SpaceClaim
3. Experiment & Testing front
a. Wind-tunnel testing (WT)
b. Flow visualization techniques
c. CFD v/s WT correlation
d. Thermal testing
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