Fluid mechanics and thermal engineering

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Data set on "1D models of an active magnetic regeneration cycle for cryogenic applications"

Data set on "1D models of an active magnetic regeneration cycle for cryogenic applications"

dataset posted on 2024-08-30

Rødsand II wind-farm instantaneous LES flow field datasets and averaged power output

Rødsand II wind-farm instantaneous LES flow field datasets and averaged power output

dataset posted on 2023-05-16

collection:
Digital material for the book: Sumer, B.M. and Fuhrman, D.R. (2020) Turbulence in Coastal and Civil Engineering. World Scientific. (Book DOI: 10.1142/10829)

posted on 2021-11-03

Corrigenda for the textbook: Turbulence in Coastal and Civil Engineering, by B. Mutlu Sumer and David R. Fuhrman

Corrigenda for the textbook: Turbulence in Coastal and Civil Engineering, by B. Mutlu Sumer and David R. Fuhrman

dataset posted on 2021-10-05

Magnetic Resonance Free Induction Decay of Geological Porous Materials in the Single-Exponential and Non-Exponential Regimes

Magnetic Resonance Free Induction Decay of Geological Porous Materials in the Single-Exponential and Non-Exponential Regimes

dataset posted on 2021-08-16

Data related to "On the statistical properties of inertia and drag forces in nonlinear multi-directional water waves"

dataset posted on 2021-03-19

Figure 27 - "A 1D 'Navier-Stokes Machine' and its application to turbulence studies"

Figure 27 - "A 1D 'Navier-Stokes Machine' and its application to turbulence studies"

media posted on 2020-03-29

Figure 25 - "A 1D 'Navier-Stokes Machine' and its application to turbulence studies"

Figure 25 - "A 1D 'Navier-Stokes Machine' and its application to turbulence studies"

media posted on 2020-03-29

Figure 22 - "A 1D 'Navier-Stokes Machine' and its application to turbulence studies"

Figure 22 - "A 1D 'Navier-Stokes Machine' and its application to turbulence studies"

media posted on 2020-03-29

Figure 20 - "A 1D 'Navier-Stokes Machine' and its application to turbulence studies"

Figure 20 - "A 1D 'Navier-Stokes Machine' and its application to turbulence studies"

media posted on 2020-03-29

Figure 13 - "A 1D 'Navier-Stokes Machine' and its application to turbulence studies"

Figure 13 - "A 1D 'Navier-Stokes Machine' and its application to turbulence studies"

media posted on 2020-03-29

Figure 12 - "A 1D 'Navier-Stokes Machine' and its application to turbulence studies"

Figure 12 - "A 1D 'Navier-Stokes Machine' and its application to turbulence studies"

media posted on 2020-03-29

Figure 8 - "A 1D 'Navier-Stokes Machine' and its application to turbulence studies"

Figure 8 - "A 1D 'Navier-Stokes Machine' and its application to turbulence studies"

media posted on 2020-03-29

Figure 5 - "A 1D 'Navier-Stokes Machine' and its application to turbulence studies"

Figure 5 - "A 1D 'Navier-Stokes Machine' and its application to turbulence studies"

media posted on 2020-03-29

Figure 7 - "A 1D 'Navier-Stokes Machine' and its application to turbulence studies"

Figure 7 - "A 1D 'Navier-Stokes Machine' and its application to turbulence studies"

media posted on 2020-03-29

Figure 6 - "A 1D 'Navier-Stokes Machine' and its application to turbulence studies"

Figure 6 - "A 1D 'Navier-Stokes Machine' and its application to turbulence studies"

media posted on 2020-03-29

MatRANS.zip

software posted on 2019-06-03

David R. Fuhrman

Exercise1.mat

dataset posted on 2019-06-03

Exercise3.mat

dataset posted on 2019-06-03

Exercise4.mat

dataset posted on 2019-06-03