Канал: Holzmann CFD

Tank with Safety Valve ∇ OpenFOAM®

Tank with Safety Valve ∇ OpenFOAM®

Etching Device ∇ OpenFOAM®

Etching Device ∇ OpenFOAM®

CFD Analysis of a Smoking Pipe | Part 13 | Realistic codedFixedValue Condition ∇ OpenFOAM® v8

CFD Analysis of a Smoking Pipe | Part 13 | Realistic codedFixedValue Condition ∇ OpenFOAM® v8

Rotating Gear Wheel with AMI (Community Support) ∇ OpenFOAM®

Rotating Gear Wheel with AMI (Community Support) ∇ OpenFOAM®

CFD Analysis of a rifle silencer (without bullet) ∇ OpenFOAM®

CFD Analysis of a rifle silencer (without bullet) ∇ OpenFOAM®

Pressure Momentum And Continuity inside Compressible Solvers? ∇ OpenFOAM® v8

Pressure Momentum And Continuity inside Compressible Solvers? ∇ OpenFOAM® v8

Livestream von Holzmann CFD

Livestream von Holzmann CFD

OpenFOAM® Community | Live Discussion with Tobi #1

OpenFOAM® Community | Live Discussion with Tobi #1

CFD Analysis of a Smoking Pipe | Part 12 | codedFixedValue ∇ OpenFOAM® v8

CFD Analysis of a Smoking Pipe | Part 12 | codedFixedValue ∇ OpenFOAM® v8

CFD Analysis of a Smoking Pipe | Part 11 | Transient Analysis - ico, piso, pimpleFoam ∇ OpenFOAM® v8

CFD Analysis of a Smoking Pipe | Part 11 | Transient Analysis - ico, piso, pimpleFoam ∇ OpenFOAM® v8

OpenFOAMAnalyzer Vision | The OpenFOAM® Case Analyzer for Numerics, Field-Data and Case Setup

OpenFOAMAnalyzer Vision | The OpenFOAM® Case Analyzer for Numerics, Field-Data and Case Setup

CFD Analysis of a Smoking Pipe | Part 10 | Solver Set-up & First Simulation | ∇ OpenFOAM® v8

CFD Analysis of a Smoking Pipe | Part 10 | Solver Set-up & First Simulation | ∇ OpenFOAM® v8

CFD Analysis of a Smoking Pipe | Part 9 | Boundary Condition for field p | ∇ OpenFOAM® v8

CFD Analysis of a Smoking Pipe | Part 9 | Boundary Condition for field p | ∇ OpenFOAM® v8

Droplet Evaporation inside a Pipe ∇ OpenFOAM®

Droplet Evaporation inside a Pipe ∇ OpenFOAM®

CFD Analysis of a Smoking Pipe | Part 8 | Boundary Condition for field U | ∇ OpenFOAM® v8

CFD Analysis of a Smoking Pipe | Part 8 | Boundary Condition for field U | ∇ OpenFOAM® v8

CFD Analysis of a Smoking Pipe | Part 7 | SnappyHexMesh Layer Generation ∇ OpenFOAM® v8

CFD Analysis of a Smoking Pipe | Part 7 | SnappyHexMesh Layer Generation ∇ OpenFOAM® v8

CFD Analysis of a Smoking Pipe | Part 6 | SnappyHexMesh snapping ∇ OpenFOAM® v8

CFD Analysis of a Smoking Pipe | Part 6 | SnappyHexMesh snapping ∇ OpenFOAM® v8

CFD Analysis of a Smoking Pipe | Part 5.2 | SnappyHexMesh castellatedMesh Cell Types ∇ OpenFOAM® v8

CFD Analysis of a Smoking Pipe | Part 5.2 | SnappyHexMesh castellatedMesh Cell Types ∇ OpenFOAM® v8

CFD Analysis of a Smoking Pipe | Part 5.1 | SnappyHexMesh castellatedMesh Complementary ∇ OpenFOAM®

CFD Analysis of a Smoking Pipe | Part 5.1 | SnappyHexMesh castellatedMesh Complementary ∇ OpenFOAM®

CFD Analysis of a Smoking Pipe | Part 5 | SnappyHexMesh castellatedMesh ∇ OpenFOAM® v8

CFD Analysis of a Smoking Pipe | Part 5 | SnappyHexMesh castellatedMesh ∇ OpenFOAM® v8

CFD Analysis of a Smoking Pipe | Part 4 | Case Preparation for Meshing ∇ OpenFOAM® v8

CFD Analysis of a Smoking Pipe | Part 4 | Case Preparation for Meshing ∇ OpenFOAM® v8

Streamlines With Patch Seeds ∇ ParaView®

Streamlines With Patch Seeds ∇ ParaView®

CFD Analysis of a Smoking Pipe | Part 3 | Surface Triangulation ∇ OpenFOAM® v8

CFD Analysis of a Smoking Pipe | Part 3 | Surface Triangulation ∇ OpenFOAM® v8

CFD Analysis of a Smoking Pipe | Part 2 | Fluid Region Extraction ∇ OpenFOAM® v8

CFD Analysis of a Smoking Pipe | Part 2 | Fluid Region Extraction ∇ OpenFOAM® v8

ASUS Turbo 1070Ti (Nvidia GeForce GTX 1070) ∇ OpenFOAM®

ASUS Turbo 1070Ti (Nvidia GeForce GTX 1070) ∇ OpenFOAM®

CFD Analysis of a Smoking Pipe | Part 1 ∇ OpenFOAM® v8

CFD Analysis of a Smoking Pipe | Part 1 ∇ OpenFOAM® v8

Fan Rotation using Dynamic Meshes and AMI ∇ OpenFOAM®

Fan Rotation using Dynamic Meshes and AMI ∇ OpenFOAM®

CFD Analysis of a Stratified Storage System ∇ OpenFOAM®

CFD Analysis of a Stratified Storage System ∇ OpenFOAM®

Multiphase Simulation and Photorealistic Rendering ∇ OpenFOAM® ParaView®

Multiphase Simulation and Photorealistic Rendering ∇ OpenFOAM® ParaView®

Shell Speedup ∇ OpenFOAM® Usage Training

Shell Speedup ∇ OpenFOAM® Usage Training

Sneezing Simulation based on the Sars-Cov-2 Situation in 2020 ∇ OpenFOAM®

Sneezing Simulation based on the Sars-Cov-2 Situation in 2020 ∇ OpenFOAM®

Thermal-Electric Generator Module Test Device at Emcon Technologies (2009) ∇ OpenFOAM®

Thermal-Electric Generator Module Test Device at Emcon Technologies (2009) ∇ OpenFOAM®

Engine Motion with Static Valve (Cold Flow Model) ∇ OpenFOAM®

Engine Motion with Static Valve (Cold Flow Model) ∇ OpenFOAM®

checkMesh ∇ OpenFOAM® Application Training

checkMesh ∇ OpenFOAM® Application Training

Air Conditioning in a Room (HVAC) ∇ OpenFOAM®

Air Conditioning in a Room (HVAC) ∇ OpenFOAM®

Methane (CH4) Injection Simulation (Dispersion) ∇ OpenFOAM®

Methane (CH4) Injection Simulation (Dispersion) ∇ OpenFOAM®

Catalyst Heat Up Simulation ∇ OpenFOAM®

Catalyst Heat Up Simulation ∇ OpenFOAM®

Simulation of a CPU water cooler (heat transfer) ∇ OpenFOAM®

Simulation of a CPU water cooler (heat transfer) ∇ OpenFOAM®

DeNOx Reactant Injection (Lagrangian) ∇ OpenFOAM®

DeNOx Reactant Injection (Lagrangian) ∇ OpenFOAM®

DeNOx Systems (Arbitrary) ∇ OpenFOAM®

DeNOx Systems (Arbitrary) ∇ OpenFOAM®

yDynamic Mesh, Rotating Building ∇ OpenFOAM®

yDynamic Mesh, Rotating Building ∇ OpenFOAM®

Thermodynamic Library for Humidity Calculation ∇ OpenFOAM®

Thermodynamic Library for Humidity Calculation ∇ OpenFOAM®

Thermodynamic Library for Humidity Calculation ∇ OpenFOAM®

Thermodynamic Library for Humidity Calculation ∇ OpenFOAM®

Update and Future Plans 2018 ∇ OpenFOAM®

Update and Future Plans 2018 ∇ OpenFOAM®

Ship Simulation and Wave Analysis ∇ Holzmann CFD versus olaFlow

Ship Simulation and Wave Analysis ∇ Holzmann CFD versus olaFlow

Dynamic Meshes in Multiphase Flows #3 (Topology Change, Ship Simulation) ∇ OpenFOAM®

Dynamic Meshes in Multiphase Flows #3 (Topology Change, Ship Simulation) ∇ OpenFOAM®

Dynamic Meshes in Multiphase Flows #2 (Topology Change, Ship Simulation) ∇ OpenFOAM®

Dynamic Meshes in Multiphase Flows #2 (Topology Change, Ship Simulation) ∇ OpenFOAM®

Dynamic Meshes in Multiphase Flows #1 (Topology Change, Ship Simulation) ∇ OpenFOAM®

Dynamic Meshes in Multiphase Flows #1 (Topology Change, Ship Simulation) ∇ OpenFOAM®

extrude2DMesh ∇ OpenFOAM® Application Training

extrude2DMesh ∇ OpenFOAM® Application Training

Multiphase simulation (VoF, interFoam, ship) ∇ OpenFOAM®

Multiphase simulation (VoF, interFoam, ship) ∇ OpenFOAM®

Buoyancy Driven Flow (Solar Chimney) ∇ OpenFOAM®

Buoyancy Driven Flow (Solar Chimney) ∇ OpenFOAM®

setSet ∇ OpenFOAM® Application Training

setSet ∇ OpenFOAM® Application Training

Multi Region Heat Transfer Simulation ∇ OpenFOAM®

Multi Region Heat Transfer Simulation ∇ OpenFOAM®

Flow Induced Rotation (VAWT, 6DoF, AMI, Mesh Motion) ∇ OpenFOAM®

Flow Induced Rotation (VAWT, 6DoF, AMI, Mesh Motion) ∇ OpenFOAM®

2. Advanced Post-Processing using Blender® ∇ OpenFOAM®

2. Advanced Post-Processing using Blender® ∇ OpenFOAM®

1. Advanced Post-Processing using Blender® ∇ OpenFOAM®

1. Advanced Post-Processing using Blender® ∇ OpenFOAM®

Deflection of a Rotating Stream (Multi-phase) ∇ OpenFOAM®

Deflection of a Rotating Stream (Multi-phase) ∇ OpenFOAM®

4. Suzanne Case Generation (OpenFOAM®) ∇ Holzmann CFD

4. Suzanne Case Generation (OpenFOAM®) ∇ Holzmann CFD

3. Suzanne Case Generation (The Projected Area) ∇ Holzmann CFD

3. Suzanne Case Generation (The Projected Area) ∇ Holzmann CFD

2. Suzanne Case Generation (Blender®) ∇ Holzmann CFD

2. Suzanne Case Generation (Blender®) ∇ Holzmann CFD

An Arbitrary Rotating Case (2D, AMI, Dynamic Mesh) ∇ OpenFOAM®

An Arbitrary Rotating Case (2D, AMI, Dynamic Mesh) ∇ OpenFOAM®

1. Suzanne Case Generation (Introduction) ∇ Holzmann CFD

1. Suzanne Case Generation (Introduction) ∇ Holzmann CFD

Extended Library for Adaptive Dynamic Mesh Refinement ∇ OpenFOAM®

Extended Library for Adaptive Dynamic Mesh Refinement ∇ OpenFOAM®

The Beauty of Computational Fluid Dynamics (CFD Simulation) ∇ OpenFOAM®

The Beauty of Computational Fluid Dynamics (CFD Simulation) ∇ OpenFOAM®

Weber Number Impact on Falling Droplets (Multiphase) ∇ OpenFOAM®

Weber Number Impact on Falling Droplets (Multiphase) ∇ OpenFOAM®

Falling Droplets (Multiphase) ∇ OpenFOAM®

Falling Droplets (Multiphase) ∇ OpenFOAM®

Gin Tonic and the Heat Transfer Problem (conjugated heat transfer) ∇ OpenFOAM®

Gin Tonic and the Heat Transfer Problem (conjugated heat transfer) ∇ OpenFOAM®

Water Pump using Cyclic Boundary Conditions (Multiphase) ∇ OpenFOAM®

Water Pump using Cyclic Boundary Conditions (Multiphase) ∇ OpenFOAM®

Fan Cooling Simulation (ACMI, Dynamic Mesh) ∇ OpenFOAM®

Fan Cooling Simulation (ACMI, Dynamic Mesh) ∇ OpenFOAM®

Kaplan Turbine Simulation #2 (6DoF, AMI, Dynamic Mesh) ∇ OpenFOAM®

Kaplan Turbine Simulation #2 (6DoF, AMI, Dynamic Mesh) ∇ OpenFOAM®

Highly Advanced ACMI Set-up (Dynamic Mesh) ∇ OpenFOAM®

Highly Advanced ACMI Set-up (Dynamic Mesh) ∇ OpenFOAM®

Kaplan Turbine Simulation #1 (6DoF, AMI, Dynamic Mesh) ∇ OpenFOAM®

Kaplan Turbine Simulation #1 (6DoF, AMI, Dynamic Mesh) ∇ OpenFOAM®

6DoF combined with AMI ∇ OpenFOAM®

6DoF combined with AMI ∇ OpenFOAM®

Dynamic Mesh Motion and AMI ∇ OpenFOAM®

Dynamic Mesh Motion and AMI ∇ OpenFOAM®

Newly Developed LASER Boundary Condition ∇ OpenFOAM®

Newly Developed LASER Boundary Condition ∇ OpenFOAM®

Geometrical Variation (OpenFOAM®) ∇ OpenFOAM® & DAKOTA®

Geometrical Variation (OpenFOAM®) ∇ OpenFOAM® & DAKOTA®

Bifluidic Oscillator Simulation #2 (InterFoam, VoF, Exciting Phenomena) ∇ OpenFOAM®

Bifluidic Oscillator Simulation #2 (InterFoam, VoF, Exciting Phenomena) ∇ OpenFOAM®

Complex Combustion Chamber Modeling (cold flow) ∇ OpenFOAM®

Complex Combustion Chamber Modeling (cold flow) ∇ OpenFOAM®

A Rotating Rotor (AMI, Dynamic Mesh, Passive Scalar) ∇ OpenFOAM®

A Rotating Rotor (AMI, Dynamic Mesh, Passive Scalar) ∇ OpenFOAM®

ACMI and a Double Rotating FvDynamicMesh Library ∇ OpenFOAM®

ACMI and a Double Rotating FvDynamicMesh Library ∇ OpenFOAM®

The Gray Scott Model (Pattern 4) ∇ OpenFOAM®

The Gray Scott Model (Pattern 4) ∇ OpenFOAM®

The Gray Scott Model (Pattern 3) ∇ OpenFOAM®

The Gray Scott Model (Pattern 3) ∇ OpenFOAM®

The Gray Scott Model (Pattern 2) ∇ OpenFOAM®

The Gray Scott Model (Pattern 2) ∇ OpenFOAM®

The Gray Scott Model (Pattern 1) ∇ OpenFOAM®

The Gray Scott Model (Pattern 1) ∇ OpenFOAM®

Bifluidic Oscillator Simulation #3 (interFoam, VOF, physics) ∇ OpenFOAM®

Bifluidic Oscillator Simulation #3 (interFoam, VOF, physics) ∇ OpenFOAM®

Dynamic Mesh and ACMI (Heat Transfer) ∇ OpenFOAM®

Dynamic Mesh and ACMI (Heat Transfer) ∇ OpenFOAM®

Complex Mesh Motion (ACMI, Dynamic Mesh) ∇ OpenFOAM®

Complex Mesh Motion (ACMI, Dynamic Mesh) ∇ OpenFOAM®

Derivation of the Mass Conservation Equation ∇ OpenFOAM®

Derivation of the Mass Conservation Equation ∇ OpenFOAM®

(Bi)-Fluidic Oscillator Simulation #1 (Single Phase) ∇ OpenFOAM®

(Bi)-Fluidic Oscillator Simulation #1 (Single Phase) ∇ OpenFOAM®

Nicolas Tesla's One-Way-Valve (Exciting Physical Phenomena) ∇ OpenFOAM®

Nicolas Tesla's One-Way-Valve (Exciting Physical Phenomena) ∇ OpenFOAM®

The Magnus Effect Simulation (Rotating Wall) ∇ OpenFOAM®

The Magnus Effect Simulation (Rotating Wall) ∇ OpenFOAM®

A Multiphase Simulation Rendering (InterFoam, VoF, Advanced Techniques) ∇ OpenFOAM® | Blender®

A Multiphase Simulation Rendering (InterFoam, VoF, Advanced Techniques) ∇ OpenFOAM® | Blender®

HVAC Simulation of Städele (Buoyancy Effect) ∇ OpenFOAM®

HVAC Simulation of Städele (Buoyancy Effect) ∇ OpenFOAM®

Centrifugal Fan Simulation (AMI, Dynamic Mesh) ∇ Holzmann CFD

Centrifugal Fan Simulation (AMI, Dynamic Mesh) ∇ Holzmann CFD

The Tesla Turbine Simulation (2D) ∇ OpenFOAM®

The Tesla Turbine Simulation (2D) ∇ OpenFOAM®

The Filled Bottles Simulation (Multiphase, Angular Velocity) ∇ OpenFOAM®

The Filled Bottles Simulation (Multiphase, Angular Velocity) ∇ OpenFOAM®

The Surface Tension (Multiphase) ∇ OpenFOAM®

The Surface Tension (Multiphase) ∇ OpenFOAM®

A Flooding a Floor Simulation (Boundary Condition Analysis) ∇ OpenFOAM®

A Flooding a Floor Simulation (Boundary Condition Analysis) ∇ OpenFOAM®

Boundary Condition Analysis for Fixed Water Height (interFoam, Multiphase) ∇ OpenFOAM®

Boundary Condition Analysis for Fixed Water Height (interFoam, Multiphase) ∇ OpenFOAM®

The Rayleigh-Taylor Instability ∇ OpenFOAM®

The Rayleigh-Taylor Instability ∇ OpenFOAM®

Kelvin-Helmholtz Instability, CFD Analysis ∇ OpenFOAM®

Kelvin-Helmholtz Instability, CFD Analysis ∇ OpenFOAM®

Multiphase Flow and Dynamic Mesh (River) ∇ OpenFOAM®

Multiphase Flow and Dynamic Mesh (River) ∇ OpenFOAM®

Adaptive Mesh Refinement - Kármán Vortex Street ∇ OpenFOAM®

Adaptive Mesh Refinement - Kármán Vortex Street ∇ OpenFOAM®

Holzmann CFD ∇ Multiphase Flow of a River (Project at Augsburg/Germany)

Holzmann CFD ∇ Multiphase Flow of a River (Project at Augsburg/Germany)

Numerical Instability of the 2. Order Gauss Linear Scheme ∇ OpenFOAM®

Numerical Instability of the 2. Order Gauss Linear Scheme ∇ OpenFOAM®

A Shrinkage Model and Mesh Motion ∇ OpenFOAM®

A Shrinkage Model and Mesh Motion ∇ OpenFOAM®

A Buoyancy Driven CFD Simulation ∇ OpenFOAM®

A Buoyancy Driven CFD Simulation ∇ OpenFOAM®

Hydraulic Jump Analysis based on a Publication ∇ OpenFOAM®

Hydraulic Jump Analysis based on a Publication ∇ OpenFOAM®

Analysis of the Hydraulic Jump Phenomenon (including dynamic boundaries) ∇ OpenFOAM®

Analysis of the Hydraulic Jump Phenomenon (including dynamic boundaries) ∇ OpenFOAM®

Complex Geometry and Multiphase Flow (Filling a Carburetor) ∇ OpenFOAM®

Complex Geometry and Multiphase Flow (Filling a Carburetor) ∇ OpenFOAM®

Multi Region Simulation and Heat Transfer (Cup of Tee) ∇ OpenFOAM®

Multi Region Simulation and Heat Transfer (Cup of Tee) ∇ OpenFOAM®

Dynamic Mesh Motion in a Mixer ∇ OpenFOAM®

Dynamic Mesh Motion in a Mixer ∇ OpenFOAM®

Dynamic Mesh Motion using AMI (Fan) ∇ OpenFOAM®

Dynamic Mesh Motion using AMI (Fan) ∇ OpenFOAM®

Von Kármán Steet at Low Reynolds Numbers ∇ OpenFOAM®

Von Kármán Steet at Low Reynolds Numbers ∇ OpenFOAM®

Kármán Vortex Street at High Reynolds Number ∇ OpenFOAM®

Kármán Vortex Street at High Reynolds Number ∇ OpenFOAM®

High Viscose Multiphase Flow (Chocolate) ∇ OpenFOAM®

High Viscose Multiphase Flow (Chocolate) ∇ OpenFOAM®

The Hydaulic Jump Phenomenon (Multiphase, InterFoam) ∇ OpenFOAM®

The Hydaulic Jump Phenomenon (Multiphase, InterFoam) ∇ OpenFOAM®

Multiphase Flow and Phenomenon Analysis ∇ OpenFOAM®

Multiphase Flow and Phenomenon Analysis ∇ OpenFOAM®

Multiphase filling Simulation (interFoam) ∇ OpenFOAM®

Multiphase filling Simulation (interFoam) ∇ OpenFOAM®

A basic multiphase flow case (interFoam) ∇ OpenFOAM®

A basic multiphase flow case (interFoam) ∇ OpenFOAM®

Multiphase Fountain Simulation (Fun Simulation) ∇ OpenFOAM®

Multiphase Fountain Simulation (Fun Simulation) ∇ OpenFOAM®

Multiphase flow simulation with obstacles ∇ OpenFOAM®

Multiphase flow simulation with obstacles ∇ OpenFOAM®

Kármán Vortex Street (Kármánsche Wirbelstraße) ∇ OpenFOAM®

Kármán Vortex Street (Kármánsche Wirbelstraße) ∇ OpenFOAM®

Multiphase flow Simulation (River Simulation, interfoam) ∇ OpenFOAM®

Multiphase flow Simulation (River Simulation, interfoam) ∇ OpenFOAM®

Holzmann CFD & OpenFOAM® - Multiphase, fun simulation

Holzmann CFD & OpenFOAM® - Multiphase, fun simulation