Mathematics
Response Surface Method
100%
Nozzle
76%
FLUENT
57%
Gas
55%
ANSYS
50%
Nitrogen
43%
Reference Model
42%
Energy
39%
Pressure Distribution
39%
Velocity Distribution
38%
Design of Experiments
38%
Model Analysis
36%
Kinetic energy
35%
Turbulence
33%
Server
31%
Electronics
30%
Numerical Analysis
27%
Software
26%
Configuration
23%
Influence
22%
Experiment
22%
Engineering & Materials Science
Noise abatement
61%
Nozzles
51%
Fires
48%
Inert gases
35%
Velocity distribution
32%
Kinetic energy
31%
Pressure distribution
28%
Design of experiments
27%
Nitrogen
27%
Turbulence
26%
Numerical analysis
25%
Electronic equipment
25%
Servers
21%
Gases
16%
Experiments
10%