# AUTODESK SIMULATION MULTIPHYSICS 2013

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1 AUTODESK SIMULATION MULTIPHYSICS 2013 Which Analysis to Use? FANKOM MÜHENDİSLİK 2/4/2013

2 AUTODESK SIMULATION MULTIPHYSICS Which Analysis to Use? Use the following guidelines to help choose the correct analysis type for your situation. 1) Linear a) Static Stress with Linear Material Models b) Natural Frequency (Modal) c) Natural Frequency (Modal) with Load Stiffening d) Response Spectrum e) Random Vibration f) Frequency Response g) Transient Stress (Direct Integration or Modal Superposition) h) Critical Buckling Load i) Dynamic Design Analysis Method (DDAM) 2) Non-Linear a) MES (Mechanical Event Simulation) with Nonlinear Material Models b) Static Stress with Nonlinear Material Models c) Natural Frequency (Modal) with Nonlinear Material Models d) MES Riks Analysis 3) Thermal a) Steady State Heat Transfer b) Transient Heat Transfer 4) Fluid Flow a) Steady Fluid Flow b) Unsteady Fluid Flow c) Flow through Porous Media d) Open Channel Flow 5) Electrostatic a) Electrostatic Current and Voltage b) Electrostatic Field Strength and Voltage 6) Mass Transfer a) Transient Mass Transfer 7) Multiphysics a) Steady Coupled Fluid Flow and Thermal b) Transient Coupled Fluid Flow and Thermal

4 Response Spectrum Calculate the maximum displacements and stresses due to a spectrum-type load. Examples: structures subjected to earthquakes, blast and shock loads, and so on. Random Vibration Calculate the statistical response of a system (displacements and stresses) due to a random vibration, white noise, or a power spectrum density. Examples: suspension systems, aerospace components, fans, and pumps. Frequency Response Calculate the steady state response (displacements and stresses) due to a harmonic or sinusoidal load or acceleration. Examples: structures with rotating imbalance, frequency sweeps, fans, and pumps Transient Stress (Direct Integration or Modal Superposition) Calculate the displacements and stresses over time due to loads that will vary in a known fashion. Inertial effects are included. Examples: structures subjected to transient events (buildings, bridges, towers), bodies (housings, support brackets), rotating imbalance. Critical Buckling Load Calculate the load that causes your model to buckle due to geometric instability. No inertial effects. (The mass of the model is used to determine loads, such as gravity and centrifugal forces.) Examples: column designs, structures (buildings, bridges, towers). Dynamic Design Analysis Method (DDAM) Use when you want to calculate the maximum displacements and stresses due to a spectrum-type load. Use when designing naval equipment or vessels. Examples: exhaust uptakes, masts, propulsion shafts.

6 Boundary conditions are fixed. Examples: structures (buildings, bridges, towers), shafts, bodies (housings, support brackets). MES Riks Analysis Calculate the displacements and stresses before and after the model has buckled or collapsed. Inertial effects are ignored. Examples: columns, components with snap-through behavior. Thermal Steady State Heat Transfer Calculate temperature and heat fluxes after an infinite period (steady-state conditions). The thermal loads are constant over time. Examples: structures (furnaces, insulating wall), electrical components. Transient Heat Transfer Calculate the temperature and heat fluxes over time due to the thermal loads. The thermal loads can be constant or change over time. The material can change states between a solid and liquid. Examples: structures (furnaces, insulating walls, brake systems), electrical components, annealing processes. Fluid Flow Steady Fluid Flow Calculate the velocity and pressure distribution due to the motion of a fluid. The fluid has reached a steady-state solution at each time step or load case. Inertial effects are ignored.

7 Examples: valves, rotating equipment (fans, mixers), wind and drag force analysis, flow measuring devices. Unsteady Fluid Flow Calculate the velocity and pressure distribution due to the motion of a fluid. The fluid is undergoing an acceleration during the analysis or change over time. Inertial effects are included. Examples: valves, rotating equipment (fans, mixers), wind and drag force analysis, flow measuring devices. Flow through Porous Media Calculate the velocity and pressure distribution of a fluid passing through a series of filtering layers. The flow is through (or dominated by) a fully saturated porous medium. The fluid has reached a steady-state solution after an infinite period. Inertial effects are ignored. Examples: Aquifers, catalyst beds, filters, sedimentary studies Electrostatic Electrostatic Current and Voltage Calculate the current and voltage distribution after an infinite period (steady-state conditions) due to induced voltages and current sources. Examples: electrical components (circuit breakers, circuit boards, batteries), piezoelectrics. Electrostatic Field Strength and Voltage Calculate the electric field and voltage distribution after an infinite period (steadystate conditions) in an insulator due to induced voltages and charges. Examples: insulators, micro electro mechanical systems (MEMS)

8 Mass Transfer Transient Mass Transfer Calculate the concentration over time of multiple species. The transport of the species is due to random molecular motion. Examples: chemical species through a membrane (drug delivery). Multiphysics Steady Coupled Fluid Flow and Thermal Calculate the temperatures, heat fluxes, velocities, and pressure distribution in a fluid or a model with fluid and solid parts. The fluid has reached a steady-state solution at each time step or load case. The thermal results have reached a steady-state solution at each time step or load case. Inertial effects are ignored. Examples: heat exchangers, circuit boards, cooling/heating system design, HVAC systems. Transient Coupled Fluid Flow and Thermal Calculate the temperatures, heat fluxes, velocities, and pressure distribution in a fluid or a model with fluid and solid parts. All the results can vary over time. The fluid is undergoing an acceleration during the analysis or change over time. Inertial effects are included. The thermal loads can be constant or change over time. Examples: heat exchangers, circuit boards, cooling/heating system design, HVAC systems.

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