Simulation using ANSYS - Fluent English version

Import SpaceClaim files from other CAD tools and convert sketches to surfaces. Build a wing by scaling, twisting, and blending aerofoils, then carve a flow domain for CFD.

Master SpaceClaim importing workflows to bring CAD data into SpaceClaim, create a 3d wing and 3d pipe, build a flow domain, and subtract the wing for CFD analysis in ANSYS.

Explore SpaceClaim techniques to model a 2D blade, using circular pattern, trim, and combine tools, then assemble four parts with anchors and mates for a working assembly.

Design a SpaceClaim 2D blade assembly, sketch and trim shapes, apply rounded corners and circular pattern, then anchor and mate parts to form four blades.

Explore meshing in ANSYS Fluent: set global and local sizes, choose element shapes like triangles and quadrilaterals, assess mesh quality, and pursue mesh-independent solutions through refinement near surfaces.

Explore ANSYS workbench meshing workflows by connecting geometry to the mesh, defining outer and inner domains, setting connections and inflation layers for aerofoil simulations.

Explore the ANSYS Fluent meshing GUI by creating and connecting outer and inner domain meshes, setting bonded connections, and using coordinate systems, origins, and section planes.

Set up global meshing in ANSYS Fluent by choosing physics, defining element size, and applying uniform, adaptive, proximity, and curvature sizing functions to achieve stable, high quality CFD meshes.

Learn to configure global meshing settings in ANSYS Fluent, selecting uniform, adaptive, proximity, and feature sizing; adjust element sizes, growth rates, and physics to generate an appropriate mesh.

Explore meshing methods in ANSYS workbench: compare tetrahedral and prism elements, sweep and Cartesian approaches, and structured versus unstructured meshes for stability and convergence.

Apply local meshing settings in ansys fluent to refine geometry using sizing, refinement, and inflation. Implement boundary layer inflation to resolve near-wall velocity, pressure variations, and no-slip conditions.

Explore local meshing settings in ANSYS workbench, applying sizing and inflation to create refined boundary-layer meshes around surfaces, with hard versus soft sizing and division controls.

Learn practical meshing for aerofoil and car domains in ANSYS Fluent, focusing on R193 workflows, geometry to mesh, sphere of influence sizing, inflation layers, and mesh quality checks.

Configure 2D and 3D meshing in ANSYS Fluent for aerofoil and car geometries, applying sphere of influence, inflation layers, and region sizing.

Create a 2D flow domain around two buildings in ANSYS Fluent, build geometry with SpaceClaim and DesignModeler, and mesh inner and outer domains with biased sizing for consistency.

Develop a 2d structured mesh for a two-block flow domain using design modeler, then extend to a 3d mesh around two buildings with targeted sizing and domain splitting.

Learn to create 3d geometry and mesh around two buildings with ansys fluent r193, using spaceclaim and design modeler, and apply controlled sizing and bias for a 12-body port.

Explore the finite volume method for simulating fluid flow with Navier–Stokes and energy equations, applying boundary conditions and using cell-centered properties with a compressible equation of state.

Explore the finite volume method for simulating fluid flow in ANSYS Fluent, solving the governing equations for pressure and velocities with boundary conditions like velocity inlet and pressure outlet.

Explore ANSYS CFX GUI workflows from workbench setup to turbulence models (k-epsilon, k-omega), inflation layers, Y-plus, mesh naming, updates, initialization, and convergence criteria.

Learn to set up a CFD analysis in ANSYS with CFX and Fluent, including mesh creation and updates, inflation layers, boundary conditions, materials, and turbulence models.

Set up a pipe flow in ANSYS CFX by naming boundaries, applying subsonic inlet and outlet conditions, and initializing with automatic values. Compare laminar and turbulent results using CFD Post.

Set up a pipe flow in cfx by importing the mesh, defining domain and boundary conditions, and specifying initial values; then review convergence history and boundary layer results.

Learn how to set up a steady-state cfx flow over a car, including mesh connectivity, boundary conditions, and drag and pressure analysis.

Learn to simulate CFX flow over a car in ANSYS workbench, set inner and outer domains, apply boundary conditions, initialize, run ~500 iterations, and analyze velocity contours and wake.

Explore the ideal design and simulation of a convergent-divergent nozzle in ANSYS CFX, detailing subsonic to supersonic flow, throat Mach transitions, boundary conditions, and mesh strategies.

Learn to set up a pipe flow in ANSYS Fluent, apply double precision and parallel processing, and compare results with CFX using a k-epsilon turbulence model for incompressible flow.

Learn to simulate aerofoil flow in fluent: set up a 2d incompressible, pressure-based model, apply zero and nonzero angle of attack boundary conditions, and compute lift and drag coefficients.

Configure a fluent simulation of oblique shock over a wedge, refine the shock region, and enable the energy equation with the SST model and far-field boundary conditions.

This lecture walks through simulating supersonic flow over a wedge in ANSYS Fluent, detailing shock waves, oblique and detached shocks, mesh refinement, and boundary condition setup for stable convergence.

Simulate supersonic flow over a wedge in Fluent, analyzing oblique shock behavior. Build high-quality MASH meshes, apply boundary conditions, and explore convergence with implicit USM methods.

Simulate a 2d axisymmetric convergent nozzle in Fluent using a density-based compressible flow model, and explore subsonic to supersonic flow and normal shocks under back pressure variations.

Learn post-processing in Ansys, including creating planes, points, and lines; plot velocity contours and streamlines; use calculators, expressions, charts, and animations to analyze inlet and outlet flow.

Explore post-processing in ANSYS Fluent, learn to plot velocity contours, streamlines, and vectors on a chosen plane, and animate results across time steps and domains.

Simulate a heat exchanger in ANSYS fluent with water in inner and outer pipes and copper and steel walls, using energy equation and thermally coupled interfaces to capture heat transfer.

Configure a four-domain ANSYS Fluent heat exchanger case, set boundary conditions, materials, and thermal coupling to model heat transfer between the inner hot flow and the outer pipe.

Explore unsteady flow around a rotating cylinder in ANSYS Fluent: set up a transient, incompressible problem with a moving wall, Omega SSD model, and evaluate lift and drag.

Demonstrates a simple steady-state fluid-structure interaction in ANSYS, coupling water flow in a pipe elbow to a static structure, transferring wall pressure as external load, using one-way coupling.

Explore a simple fluid-structure interaction case by coupling pipe flow pressure to a structural analysis, showing how wall pressure drives deformation and stress in an elbow.

Learn to simulate boiling water in a tank with ANSYS Fluent, using energy and multiphase models to capture water liquid and water vapor, evaporation, and surface tension.

Simulate boiling water in a tank with ANSYS Fluent by activating energy and multiphase models, setting boundary conditions, and analyzing evaporation, condensation, and heat transfer.

Learn to create a fluent 3D car-in-a-garage model using SpaceClaim geometry, define boundaries including a fan as a momentum source, and analyze heat and gas species transport.

Simulate a wall-embedded water pipe cooling system in ANSYS Fluent, with air and water domains, concrete and aluminum walls, and interfaces, comparing two layouts to reduce room temperature.

simulate cooling a hot room by circulating cold water through a pipe inside the wall, using ansys fluent to model heat transfer, energy equation, and wall-fluid interfaces with system coupling.

Explore simulating a vertical axis wind turbine in ANSYS Fluent using rotating and stationary domains, moving mesh, interfaces, and realizable turbulence model for a time-dependent incompressible flow.

Explore dynamic mesh and user defined functions in ANSYS Fluent, simulating gate motion with smoothing and remeshing, while managing time steps, contact detection, and mesh quality.

Learn to write user defined functions in C to set time-varying boundary conditions, masses, six degrees of freedom, and dynamic body properties in Fluent. Import via interpreter or compiler.

Learn how ANSYS Fluent user defined functions define the motion of a body, six degrees of freedom properties, initial values, and time-dependent boundary conditions in a dynamic mesh.

Learn to model a Fluent centrifugal compressor in ANSYS with rotating and outer flow domains, mesh motion, and compressible transient flow using the pressure-based energy equation and Omega SST turbulence.

Learn to configure ANSYS Fluent centrifugal compressor simulation: rotating and stationary domains, moving walls, mesh setup, and a compressible pressure-based model with energy equation; compare with density-based and incompressible options.

Explore the radiative transfer equation and solar load modeling in Fluent, comparing emission, absorption, and scattering, and apply surface-to-surface and Monte Carlo radiation models to a garage case.

Simulate a race of two bullets in a flow using Fluent dynamic FSI and two-way system coupling with dynamic mesh, capturing bullet motion and fluid forces.

Explore Fluent dynamic FSI with one-way and two-way coupling, using dynamic mesh to simulate a race between bullets and study flow-structure interactions and system coupling.