Martin Petry

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Computational Fluid Dynamics - that's what it is all about on this channel!

Latest Videos

Teil 02 - Implementierung von Prismenschichten in den kompressiblen CFD1 LDC-Solver.

Teil 02 - Implementierung von Prismenschichten in den kompressiblen CFD1 LDC-Solver.

Martin Petry

109 views·1 month ago

Teil 01 - Implementierung von Prismenschichten in den kompressiblen CFD1 LDC-Solver.

Teil 01 - Implementierung von Prismenschichten in den kompressiblen CFD1 LDC-Solver.

Martin Petry

102 views·1 month ago

CFD-Analyse von Strömungen Enstrophie, Palinstrophie, Wirbelstärke und das Q-Kriterium.

CFD-Analyse von Strömungen Enstrophie, Palinstrophie, Wirbelstärke und das Q-Kriterium.

Martin Petry

209 views·2 months ago

Tribologie-Challenge Den Stick-Slip-Effekt sichtbar machen!

Tribologie-Challenge Den Stick-Slip-Effekt sichtbar machen!

Martin Petry

132 views·2 months ago

Oscillatory Flow in a Four-Sided Cavity at Re = 2000.

Oscillatory Flow in a Four-Sided Cavity at Re = 2000.

Martin Petry

115 views·4 months ago

Transition to an oscillatory flow in a four-sided cavity at Re =1000.

Transition to an oscillatory flow in a four-sided cavity at Re =1000.

Martin Petry

63 views·5 months ago

Simulation of a plain bearing using STAR-CCM+ and the Overset Mesh method

Simulation of a plain bearing using STAR-CCM+ and the Overset Mesh method

Martin Petry

246 views·6 months ago

Decay of a vortex field of 12 x 12 = 144 vortices in a unit square without external drive.

Decay of a vortex field of 12 x 12 = 144 vortices in a unit square without external drive.

Martin Petry

54 views·6 months ago

Decay of a vortex field of 6 x 6 = 36 vortices in a unit square without external drive.

Decay of a vortex field of 6 x 6 = 36 vortices in a unit square without external drive.

Martin Petry

98 views·6 months ago

Decay of a vortex field of 5 x 5 = 25 vortices in a unit square without external drive.

Decay of a vortex field of 5 x 5 = 25 vortices in a unit square without external drive.

Martin Petry

44 views·6 months ago

Transition to turbulence in a 2D Lid-Driven Cavity V02 - Changing viscosity and lid-speed.

Transition to turbulence in a 2D Lid-Driven Cavity V02 - Changing viscosity and lid-speed.

Martin Petry

47 views·7 months ago

Transition to turbulence in a 2D Lid-Driven Cavity V01.

Transition to turbulence in a 2D Lid-Driven Cavity V01.

Martin Petry

83 views·7 months ago

Definition of a divergence-free initial state in the Lid-Driven Cavity using a stream function.

Definition of a divergence-free initial state in the Lid-Driven Cavity using a stream function.

Martin Petry

89 views·7 months ago

Charging and uncharging of a sidewall driven cavity with kinetic energy.

Charging and uncharging of a sidewall driven cavity with kinetic energy.

Martin Petry

87 views·8 months ago

Generation and amplification of Moffat vortices in a lid-driven cavity with an aspect ratio of 51.

Generation and amplification of Moffat vortices in a lid-driven cavity with an aspect ratio of 51.

Martin Petry

45 views·8 months ago

OWL-ViProSim 30. Workshop der Fachgruppe CFD

OWL-ViProSim 30. Workshop der Fachgruppe CFD

Martin Petry

86 views·8 months ago

Oscillatory Flow in a Lid-Driven Cavity Comparison of Re = 9300 with Re = 10000.

Oscillatory Flow in a Lid-Driven Cavity Comparison of Re = 9300 with Re = 10000.

Martin Petry

77 views·9 months ago

2D Lid-Driven Cavity with constantly accelerated upper lid.

2D Lid-Driven Cavity with constantly accelerated upper lid.

Martin Petry

101 views·9 months ago

LES-Tutorial mit STAR-CCM+ - Teil 10 Addendum - Filtern versus Mitteln.

LES-Tutorial mit STAR-CCM+ - Teil 10 Addendum - Filtern versus Mitteln.

Martin Petry

76 views·9 months ago

LES-Tutorial mit STAR-CCM+ - Teil 09 Addendum - Die Navier-Stokes-Gleichungen.

LES-Tutorial mit STAR-CCM+ - Teil 09 Addendum - Die Navier-Stokes-Gleichungen.

Martin Petry

51 views·9 months ago

LES-Tutorial mit STAR-CCM+ - Teil 08 Ergebnisse.

LES-Tutorial mit STAR-CCM+ - Teil 08 Ergebnisse.

Martin Petry

157 views·9 months ago

How high can you get - Lid-Driven Cavity with aspect ratio 4 1.

How high can you get - Lid-Driven Cavity with aspect ratio 4 1.

Martin Petry

98 views·10 months ago

LES-Tutorial mit STAR-CCM+ - Teil 07 Durchfühung der Large Eddy Simulation.

LES-Tutorial mit STAR-CCM+ - Teil 07 Durchfühung der Large Eddy Simulation.

Martin Petry

204 views·11 months ago

LES-Tutorial mit STAR-CCM+ - Teil 06 Anlaufrechnung mit RANS und starten der LES.

LES-Tutorial mit STAR-CCM+ - Teil 06 Anlaufrechnung mit RANS und starten der LES.

Martin Petry

206 views·11 months ago

LES-Tutorial mit STAR-CCM+ - Teil 05 Erste Schritte mit STAR-CCM+.

LES-Tutorial mit STAR-CCM+ - Teil 05 Erste Schritte mit STAR-CCM+.

Martin Petry

256 views·11 months ago

STAR-CCM+ Oscillatory Lid-Driven Cavity Flow at Re = 10000.due to a Hopf bifurcation.

STAR-CCM+ Oscillatory Lid-Driven Cavity Flow at Re = 10000.due to a Hopf bifurcation.

Martin Petry

153 views·1 year ago

LES-Tutorial mit STAR-CCM+ - Teil 04 RANS vs LES vs DNS.

LES-Tutorial mit STAR-CCM+ - Teil 04 RANS vs LES vs DNS.

Martin Petry

114 views·1 year ago

OWL-ViProSim 29. Workshop der Fachgruppe CFD

OWL-ViProSim 29. Workshop der Fachgruppe CFD

Martin Petry

66 views·1 year ago

The time step matters Lid-Driven Cavity 2D, Aspect-Ratio 13, Re = 100, 100 x 300 Cells.

The time step matters Lid-Driven Cavity 2D, Aspect-Ratio 13, Re = 100, 100 x 300 Cells.

Martin Petry

90 views·1 year ago

LES-Tutorial mit STAR-CCM+ - Teil 03 Die Energiekaskade.

LES-Tutorial mit STAR-CCM+ - Teil 03 Die Energiekaskade.

Martin Petry

116 views·1 year ago

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