Acoustics
Why Acoustics?
Sound. Whirring, buzzing, squeaking, squealing, growling, etc. Sound causes an emotional response the product perception, essence and quality.
Simcenter 3D provides capabilities for:
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Finite Element Acoustics - great for interior and exterior acoustics
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Boundary Element Acoustics - make efficient model creation for complex geometries
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Acoustics Modeling - highly efficient surface wrapping techniques to create fluid domain reduces pre-processing time
Brochures
NX Nastran
Advanced Acoustics
Simcenter 3D
Acoustic Transfer Vector
Simcenter 3D
Acoustics Accelerated BEM solvers
Simcenter 3D
Acoustics BEM solvers
Simcenter 3D
Acoustics High Performance
Simcenter 3D
Engineering Desktop
Simcenter 3D
environment for BEM Acoustics
Simcenter 3D
Meshing for Acoustics
Simcenter 3D
Noise & Vibration Modeling
Curated Information
The sound of silence - reduced noise with electric propulsion
Efficient simulate automotive pass by noise scenarios
Sound characterization of an automotive muffler
Efficiently predict noise radiation from a rotating machine
Solutions for powertrain acoustics
Reduced noise with electrical propulsion - technical compare
Aerostructures
Why Aerostructures?
Simcenter 3D Aerostructures is an end-to-end solution that will streamline your engineering process of the aircraft structural elements. The potential benefits vs. the traditional process are projected to be:
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20% faster ramp-up time for new users
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30% productivity improvement
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Faster simulation speed
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Higher simulation quality
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Configurable to streamline processes
Curated Information
Whitepaper - Aircraft structural and engineering analysis
Automation - Customization
Why Automation-Customization?
Analysts are a scare resource, so Simcenter 3D provides the ability to automate existing processes and embed the process knowledge into the solution. This enables junior analysts to provide high-end analyses with the same level of quality.
Curated Information
Simulation-driven design to automate simulation processes
Composites
Why Composites?
As companies look for ways to lighten products yet maintain structural integrity, composites adoption continues to increase and become a larger part of a mixed material landscape. With composites being a non-heterogeneous material, they provide specific challenges for design and analysis.
Simcenter and Simcenter 3D along with other parts of the Siemens portfolio provide a comprehensive solution to evaluate composites from design to analysis to manufacturing.
Brochures
Simcenter 3D
Laminate Composites
LMS Samtech
Samcef Composites
NX Nastran
Dynamic Response
Curated Information
NX Laminate Composites
LMS Samtech Samcef in NX CAE
Durability
Why Durability?
You've spent hours making the product look just right, but will it stand the test of time. Rather than expensive physical test, validate design early with simulation.
Leverage advanced capabilities for fatigue analysis from Simcenter to determine the life of the product on results from Simcenter solvers as well as other leading solutions providers.
Curated Information
Siemens Durability Engineering Solutions
Engineering Desktop
Why Engineering Desktop?
The complexity of predictive engineering analytics is increasing. Engineers need to perform complex analyses and ensure that the digital twin matches the physical counterpart. Consequently, a wide variety of applications are needed to support most engineering design problems. The Engineering Desktop provides an open framework with standard integration to leading analysis tools such as Simcenter 3D, Ansys, LS-Dyna, Abaqus, and MSC.Nastran.
The open approach enables companies to invest in a standard process while utilizing the advantages of unique predicitive solutions. This flexibility enables companies to streamline the collaborative approach between engineering and analyst teams. Also, it provides an opportunity to automate processes to offload work from advanced analysts to junior analysts, engineers and designers.
Brochures
Simcenter 3D
Engineering Desktop
Simcenter 3D
Structures
Simcenter 3D
for NX Nastran
Simcenter 3D
for ANSYS
Simcenter 3D
for LS-Dyna
Simcenter 3D
for Samcef
Simcenter 3D
for Abaqus
Simcenter 3D
for MSC Nastran
Curated Information
LMS Samtech Samcef in NX CAE
Composites Innovation Center
Design Automation Associates
Hendrick Motorsports
Services Précicad
SIMERA Technology Group
Flow
Why Flow?
Don't waste hours trying to define the problem. Simcenter 3D enables fast model preparation with advanced surface wrap and meshing technology as well as model clean up.
This enables end users spending more time working on solving various flow types such as:
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Compressible flow
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Incompressible flow
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1D flow networks that can couple with 3D
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Non-Newtonian flow for variable viscosity problems
Shorten your time to do more with less and provide better insights with Simcenter 3D Flow.
Brochures
Simcenter 3D
Flow
Simcenter 3D
Advanced Flow
Simcenter 3D
Electronic Systems Cooling
Simcenter 3D
Advanced Fluid Modelding
Simcenter 3D
Thermal / Flow DMP
Curated Information
Simcenter 3D Flow - Report pressure drop and mass flow rate
VIRO
Flow
Why Flow?
Don't waste hours trying to define the problem. Simcenter 3D enables fast model preparation with advanced surface wrap and meshing technology as well as model clean up.
This enables end users spending more time working on solving various flow types such as:
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Compressible flow
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Incompressible flow
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1D flow networks that can couple with 3D
-
Non-Newtonian flow for variable viscosity problems
Shorten your time to do more with less and provide better insights with Simcenter 3D Flow.
Brochures
Simcenter 3D
Flow
Simcenter 3D
Advanced Flow
Simcenter 3D
Electronic Systems Cooling
Simcenter 3D
Advanced Fluid Modeling
Simcenter 3D
Thermal / Flow DMP
Curated Information
Simcenter 3D Flow - Report pressure drop and mass flow rate
VIRO
Motion
Why Motion?
Purely looking at the kinematics and checking for interference is not enough for complex mechanical systems. Engineers should be evaluating induced forces, velocities, acceleration and torques related to these systems.
Simcenter 3D Motion enables just this from any CAD system and apply the constraints. This is coupled with very strong post-processing capabilities to evaluate and educate team members on the impact.
Types of motion analyses covered include:
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Co-simulation with control systems
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Flexible bodies
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Rigid bodies
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Interference checks
Better understand how your product in motion works.
Brochures
Simcenter 3D
Motion
Simcenter 3D
Motion Standard Tire
Simcenter 3D
Motion Solver
Simcenter 3D
Motion Systems and Controls
Simcenter 3D
Motion Flexible Bodies
Simcenter 3D
Motion Modeling
Simcenter 3D
Motion CDTire
Simcenter 3D
Motion MF-Swift
Curated Information
Find minimum torque on a winch
Driving simulator
AMAZONE
Orbital ATK
Universal joint, cylindrical joint & harmonic load
AMAZONE Case Study
Multi-physics
Why Multi-physics?
Many problems are not related to one discipline but rather cross-domains. This is why it is critical to have solutions that can work in concert to understand the interactions between disciplines.
Simcenter 3D provides a set of multi-physic solutions that include:
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Fluid-Structural
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Motion-Structural
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Thermal-Fluid
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Thermal-Stress
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Vibro-Acoustic
Understand the interaction of domains that your product functions within.
Curated Information
Motion-Structural Analysis
Thermal-Stress Analysis
Vibro-Acoustic Analysis
Structural Dynamics
Why Structural Dynamics?
Structural Dynamics enables organizations to understand the response of the system under varying load conditions which could include:
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harmonic
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transient
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vibratory
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shock
Structural Dynamics handles many dynamic loading types:
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concentrated applied forces
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distributed force loads
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drop loads
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enforced motion
Many response types are available:
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acceleration
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displacement
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element force
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reaction force
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stress
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strain
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velocity
Correlates to test results with virtual stress stain gages and accelerometers.
Brochures
Simcenter 3D
Response Dynamics
Simcenter 3D
Noise & Vibration Modeling
Simcenter 3D
FE Model Updating
Simcenter 3D
FE Model Correlation
Structures
Why Structures?
Structures is used to understand how your product reacts against stress and vibration. As companies used mixed materials to support new objectives, it is important to have as system that can provide multiple types of analysis in one solution such as:
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linear
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non-linear
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fatigue
Simcenter 3D provides this capability while being able to utilize other solvers in the same environment such as:
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ANSYS
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LS-Dyna
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Abaqus
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Samcef
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MSC Nastran
Ensure that you product will meet the strenuous demands of your customers.
Brochures
Simcenter 3D
Structures
Simcenter 3D
Nonlinear Solver
Simcenter 3D
for NX Nastran
Simcenter 3D
for MSC Nastran
Curated Information
Samsonite Case Study
Services Précicad
Nord-Lock Group
Lohr
Electra Meccanica Case Study
Thermal
Why Thermal?
Managing the thermal aspect of a product can have wide-ranging effect for both the product life and the perception of the product. Whether it be cabin comfort, component longevity for electronics, or overall product performance and efficiency, managing the thermal aspect is a must for many companies.
Simcenter 3D Thermal provides capabilities for the following:
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Thermal Modeling
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Conduction
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Convection
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Conjugate Heat Transfer
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Radiation
Make sure you take the heat off of your next project with Simcenter 3D Thermal solutions.
Brochures
Simcenter 3D
Thermal
Simcenter 3D
Advanced Thermal
Simcenter 3D
Electronic Systems Cooling
Simcenter 3D
Space Systems Thermal
Simcenter 3D
Thermal/Flow DMP
Curated Information
Samsonite Case Study