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Lagrangian acceleration measurements in convective thermal turbulence
Rui Ni, Shi Di Huang, Ke Qing Xia
Materials Research Institute (MRI)
Research output
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Contribution to journal
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Article
›
peer-review
47
Scopus citations
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Dive into the research topics of 'Lagrangian acceleration measurements in convective thermal turbulence'. Together they form a unique fingerprint.
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Mathematics
Background
7%
Buoyancy
25%
Convection
9%
Correlation Function
19%
Eliminate
9%
Evaluate
7%
Experiment
6%
Experimental Results
9%
Experimental Study
11%
Exponential Decay
9%
Fluctuations
8%
Form
3%
Lateral
10%
Motion
6%
Particle Tracking
15%
Prandtl number
11%
Range of data
11%
Rayleigh
9%
Rayleigh number
12%
Reynolds number
9%
Simulation
5%
Time Scales
8%
Turbulence
71%
Turbulent Flow
22%
Uncertainty
7%
Vertical
8%
Zero-crossing
12%
Engineering & Materials Science
Acceleration measurement
89%
Buoyancy
19%
Convection
9%
Experiments
3%
Hot Temperature
30%
Prandtl number
10%
Refraction
11%
Reynolds number
7%
Temperature
3%
Thermal plumes
29%
Turbulence
57%
Turbulent flow
18%
Uncertainty
5%
Velocity measurement
9%
Physics & Astronomy
acceleration measurement
100%
buoyancy
19%
convection
7%
decay
5%
homogeneous turbulence
11%
isotropic turbulence
22%
plumes
18%
Prandtl number
9%
Rayleigh number
10%
refraction
8%
Reynolds number
7%
roots of equations
12%
simulation
3%
temperature
2%
turbulence
48%
turbulent flow
17%