structural mechanics brochure
TRANSCRIPT
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ANSYS Structural MechanicsAdvanced Structural Mechanics or All Stages o Product Development
Structural mechanics solutions rom ANSYS provide the ability to
simulate every structural aspect o a product, including linear static
analyses that simply provides stresses or deormations, modal analysis
that determines vibration characteristics, through to advanced transient
nonlinear phenomena involving dynamic eects and complex behaviors.
All users, rom designers to advanced experts, can benet rom ANSYS
structural mechanics solutions. The delity o the results is achieved
through the wide variety o material models available, the quality othe elements library, the robustness o the solution algorithms, and
the ability to model every product rom single parts to very complex
assemblies with hundreds o components interacting through contacts
or relative motions.
ANSYS structural mechanics solutions also oer unparalleled ease-o-
use to help product developers ocus on the most important part o the
simulation process: understanding the results and the impact o design
variations on the model.
High Fidelity Simulations
ANSYS oers a broad range o structural mechanics analysis types: Staticanalysiswithorwithoutnonlinearitiesforstressand
deormation evaluation
Dynamicanalysisrangingfromsimpledeterminationofvibration
characteristics (eigenmode, harmonic or spectrum analysis in the
requency domain) to complex time-dependent transient phenomena,
including dynamic eects and time-dependent material properties
Steady-stateortransientthermalanalysisthatcanbeefciently
coupled to subsequent stress analyses
Product Features
Structural Analysis
Staticanalysis
Modalanalysis
Harmonicanalysis
Transientanalysis
Spectrumanalysis
Bucklinganalysis
Geometric Nonlinearity
Largestrain
Largedeection
Stressstiffening
Spinsoftening
Corioliseffects
Contact Defnitions
Surface-to-surface
Node-to-surface
Node-to-node
Beam-to-beam
Beam-to-surface
Deformabledeformable
Deformablerigid
Contact Formulations
Penalty
AugmentedLagrange
Assemblycontact(MPC)
Lagrangemultiplier
MixedLagrangeandpenalty
Contact Properties
Contactwithfriction
Thermalcontact
Electricandmagneticcontact
Spotwelds
Boundary Conditions
SolidandFEmodelBCs
Initialconditions
Tabularandfunctionloads
Structuralandthermalloads
Prestressloads
Material Modeling
Linearelasticity
Post-buckling analysis o a ring-stiened cylinder
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Advanced and specialized models are available or:
Compositesstructuremodeling
Analysisofrotatingmachines(rotordynamics)
Mechanismanalysismixingrigidandexible
bodies
Linearandnonlinearbuckling
Cyclicsymmetrymodels
Fracturemechanics
Modeling Complex Material BehaviorTo help users obtain accurate results, ANSYS
solutions provide an extensive library o material
models: linear and nonlinear material models to handle composites,
plasticity in metals, and hyperelasticity o rubber components as well
as specialized materials including cast iron, shape memory alloys,
porous elasticity and cohesive zone models used to simulate
debonding between parts.
Modeling All Topologies
To represent complex real-world geometries, ANSYS structural
mechanics solutions oer support or a range o elements including
beam, shell, solid and solid-shell elements. Also available are preten-
sion, joints, gaskets and other special elements including nonlinearsprings or smeared and discrete reinorcements.
Modeling Interaction between Parts
Becausesimulatedorrealproductsusuallyinvolvemultiplepartsthat
interact, a robust and complete set o contact capabilities is avail-
able:surfacesurface,linesurfaceandlinelinecontactforexible
and rigid bodies; contact behavior or constant or orthotropic riction;
Product Features
Inelastic
- Rate independent
- Rate dependent
- Nonmetal plasticity
- Shape memory alloys
- Cast iron
Hyperelasticity(isotropic/anisotropic)
Viscoplasticityandviscoelasticity Creepandswelling
Piezoelectric
Density,specicheat,thermalexpansion
Thermalandelectricconductivity
Materialdamping
Usermaterials
Temperature-dependentproperties
VCCT
Element Technology 2-D,3-Dstructuralsolids
2-D,3-Dthermalsolids/shells
Structuralshellelements
Structuralbeamelements
Structuralpipeelements
Structuralsolidshellelements
Generalized3-Daxis-symmetricelements
Gasketelements
Elbowelements
Pore-pressureelements
Coupled-physicselements
2-D,3-Dsurfaceeffect
Spring/dashpotelements
Jointelements
Rebar/reinforcementelements
Userelements
Structural analysis o a human vertebra
subassembly
ImagecourtesyMaterialiseNV.
The modern, easy-to-use interace o the mechanical application in the
ANSYS Workbench platorm has advanced tools like automatic joint-
detection seen in this aircrat landing gear assembly
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and sliding behavior or structural, thermal and multiphysics contact
applications. Fast, automatic contact detection backed by powerul
algorithms allows or ast and accurate solving o models involving
contacts.
Ease o Use Even or Advanced Simulations
The mechanical simulation interace based on the ANSYS Work-
benchplatformenablesuserstomodelallapplications,fromvery
simple to highly complex. The interace can take weeks out o a
computer-aided engineering (CAE) process by eliminating manual letransferaswellasresulttranslationandre-analysistime.
Within the highly productive ANSYS Workbench environment, users
can benet rom very advanced technologies:
BidirectionallinktoallmajorCADsystems,removingtheneedfor
model repair and providing automated model updates upon design
changes
Automaticmeshingcapabilitiesforallgeometries(1-Dto3-D)
Automaticcontactdetection,nomatterthenumberofparts
Comprehensivepost-processingforin-depthanalysisofthedesign
user elements
Automaticgenerationofsimulationreportswithalltechnicaldataand user-dened gures
Knowledgecapturethroughwizardsandtemplates
Parametriccapabilitiestoautomateandsimplifysensitivityor
optimization studies
Advanced Techniques to Solve Larger Problems Faster
Current trends in simulation show an increased need or the ecient
computation o large models. With Distributed ANSYS, the entire
solution phase runs in parallel, including stiness matrix generation,
linear-equation solving and results calculations in both shared and
distributed memory processing.
Additional advanced techniques such as component mode synthesis(CMS), submodeling techniques and proprietary acceleration tech-
niques, aid in eciently handling large models.
Product Features
Thermal Analysis
Steady-stateandtransient
Conduction
Convection
Radiation
Phasechange
Masstransport
Fluidelements
Coupled Physics Thermalstructural
Acousticstructural
Thermalelectric
Piezoelectric
Acoustics
Optimization
Designoptimization
Topologicaloptimization
Probabilisticdesign
Parametricsimulation
ANSYS Parametric Design Language Ifthenelseconstructs
Do-loopfeatures
Arrayparameters
Arrayparameteroperations
Macros
Trigonometricfunctions
Parametricmodeling
Cyclic symmetry analysis o turbine blades
Image courtesy ZF Boge Elastmetall.
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Parametric Capabilities or Better Design Understanding
The parameterization capabilities o ANSYS structural mechanics
solutions allow users to easily iterate on design changes. Product
developers can perorm design analysis studies and optimization at
a very low cost in terms o user time.
As a result, simulation users become part o the design process, since
the results o their analyses allow them to answer what-i questions,
guiding the process toward better and innovative solutions.
A Scalable Solution
ANSYS oers a range o products
that help users to meet current
requirements as well as plan or
seamless uture upgrades.
Tailoring the Solver to the
Users Needs: Customization
and Scripting
Customization through user-
dened elements and user
materials provides the fexibility
to extend the capabilitieso ANSYS structural mechanics
solutions or a wide range o
applications. Advanced users
can benet rom ANSYS Para-
metric Design Language (APDL),
which provides a rich set o
scripting capabilities to perorm entire simulations rom pre-processing
to post-processing, to automate processes or to access advanced
eatures and solver settings.
The ANSYS AdvantageWith the unequalled depth and unparalleled breadth o ANSYS
engineering simulation solutions, companies are transorming theirleading edge design concepts into innovative products and processesthat work. Today, almost all o the top 100 industrial companies on theFORTUNE Global 500 invest in engineering simulation as a key strat-egy to win in a globally competitive environment. They choose ANSYSas their simulation partner, deploying the worlds most comprehensivemultiphysics solutions to solve their complex engineering challenges.The engineered scalability o solutions rom ANSYS delivers the fex-ibility customers need, within an architecture that is adaptable to theprocesses and design systems o their choice. No wonder the worldsmost successul companies turn to ANSYS with a track record o 40years as the industry leader or the best in engineering simulation.
Product Features
ANSYS, Inc.Southpointe275 Technology DriveCanonsburg, PA [email protected]
Toll Free U.S.A./Canada:1.866.267.9724Toll Free Mexico:001.866.267.9724Europe:[email protected]
ANSYS, ANSYS Workbench, Ansot, AUTODYN, CFX, FLUENT, and any and all ANSYS, Inc. brand, product,service and eature names, logos and slogans are registered trademarks or trademarks o ANSYS, Inc. or itssubsidiaries in the United States or other countries. All other brand, product, service and eature names ortrademarks are the property o their respective owners.
2010 ANSYS, Inc. All Rights Reserved. Printed in U.S.A. MKT0000511 10-10
Additional Features
Cyclicsymmetryanalysis
Rotordynamics
Rigid/exiblemultibodydynamics
Submodeling
Adaptivemeshing
CMS
Substructuring 2-Drezoning(hyperelasticity/plasticity)
Solvers
Iterative
Sparsedirect
Distributedsparse
DistributedPCG
DistributedJCG
Eigensolvers
BlockLanczos
Subspace
Reduced
QR-damped
Unsymmetric
LANPCG
SNode
Additional Modules
ANSYSDesignModeler
ANSYSDesignXplorer
ANSYSFatigue
ANSYSRigidDynamics
ANSYSMechanicalHPC
Crack-Tip analysis o an impeller blade
with a hex-dominant and an embed-
ded penny crack mesh or ailure
evaluation due to ractureCourtesy o PADT Inc.
www.ansys.com