Cloud-based and strongly coupled multiphysics simulationsAccelerate engineering productivity without legacy constraints
Ensure product reliability and minimize risk with accurate multiphysics simulation software
Multiphysics couplings out-of-the-box
- All physics included in every plan
- All physics interactions readily available and integrated
- No need for additional modules or manual integration
Cloud computing and the Domain Decomposition Method (DDM)
- Access to virtually unlimited computational resources with efficient scaling
- Runtimes from days to coffee breaks with enhanced accuracy
- Large-scale simulations infeasible with local hardware
Robust, precise, and modern solver technology
- Robust algorithms with strongly coupled multiphysics
- Double and quadruple precision
- Direct and iterative solvers
- Linear and nonlinear solvers
Algorithms developed in-house
- Direct access to algorithm experts for support
- Faster development of custom solutions
- Easily extended or modified functionalities
Proven applications and advantages
Medical devices
Simulate massive ultrasound arrays and therapeutic transducers without simplification.
Ultrasound · HIFU · PMUT/CMUT
Consumer electronics
Optimize next-gen MEMS, RF, and audio components with cloud-scale precision.
Audio MEMS · RF Filters · AR/VR Optics
Automotive
Ensure the reliability of LiDAR, RF, and safety sensors with multiphysics precision.
LiDAR · Inertial Sensors · V2X RF
New space
Scalable, high-speed simulations for the most demanding multiphysics problems.
RF & Satcom · ADCS · EMI/EMC
From ultrasonic arrays to inertial sensors
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Couple structural, electrostatic, acoustic, and thermal physics in one model, and run thousands of cloud sims to optimize performance and yield.
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Simulate full PMUT and CMUT arrays with elastic–acoustic coupling intact, and hit a working design on the first iteration.
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Model gyroscopes and accelerometers with the real damping effects that set Q-factor and eigenfrequencies, before fabrication.
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Capture the nonlinear coupling behind harmonic distortion, and push higher SPL while keeping THD low.
Quanscient Allsolve has a wide range of physics available in the GUI, all natively coupled. More physics are being added continuously.
Electromagnetics
- Magnetism A
- Magnetism H
- Magnetism φ
- Electromagnetic waves
- Electrostatics
- Current flow
Thermal analysis
- Heat solid
- Heat fluid
Mechanics
- Solid mechanis
- Elastic waves
- Mesh deformation
Fluid dynamics (CFD)
- Laminar flow
Acoustics
- Acoustic waves
Couplings
- A-v
- H-φ
- Fluid-Structure Interaction
- Acoustic-Structure Interaction
- Electromechanics
Add custom physics through the Python scripting interface
Users can add physics through the Python scripting interface by inputting the weak-form equations and coupling equations.
See how it could work for you
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“Quanscient Allsolve's unique capabilities have helped us push the boundaries of what can be simulated in ultrasonic MEMS design.”
Nilavazhagan Subbiah, PhD — Staff Engineer, Infineon
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