Move forward with
Electromagnetic Simulation
Verify or optimize your electromagnetic designs with precision and confidence.
A Streamlined CAD-to-Simulation Service
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Expertise On Demand
Gain instant access to a team with deep electromagnetic expertise without the cost and commitment of hiring full-time staff. We bring specialized skills to tackle complex projects, allowing your in-house team to focus on their core tasks.
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Vendor-Neutral Solutions
Our open-source and vendor-neutral approach frees you from software licensing limitations and vendor lock-in. This ensures that your simulations are adaptable, cost-effective, and fully under your control, optimizing both current projects and future development efforts.
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Flexible and Scalable Resources
Scale your engineering capabilities precisely when you need it. Our flexible consulting model means you can ramp up resources for demanding projects or scale down when your needs change, all while keeping costs predictable and manageable.
Electromagnetic Simulation Consulting
From CAD to Simulation: How It Works
Step 1: Submit Your CAD Files
Share your existing designs in any common CAD format and we'll take it from there. If the geometry needs to be fixed or defeatured for simulation, we take care of that too.
Step 2: Custom Simulation Setup
We translate your CAD files into high-quality simulation-ready models, select the most appropriate solvers, and configure simulation parameters based on your project's unique requirements. This includes meshing, material definitions, boundary conditions, and more.
Step 3: Receive Results and Insights
Get a detailed simulation report with visualizations, performance metrics, and actionable insights. We'll walk you through the results and discuss next steps, whether it’s optimization, design iterations, or final validation.
Steps involved in EM Simulation
Model the problem
- Define material properties, and linear or non-linear material model.
- Specify the incident fields and boundary conditions.
Pick a solution strategy
- Select the simulation type: time-domain, frequency-domain, or modal analysis.
- Choose a numerical method: Finite Elements, Boundary Elements, FDTD, or Physical Optics.
Model the geometry
- Integrate with external CAD software.
- Define a parameterized geometry.
- Generate the meshes and perform a convergence analysis.
Run Simulations and Draw Conclusions
- Post-process the computed fields to evaluate the relevant variables.
- Run parametric sweeps and analyze data to extract engineering insights.
- Perform optimization of various design parameters.
What we are building:
Accelerated Numerics and GPU Computing
Leveraging the cloud and powerful GPU hardware, combined with advanced numerical acceleration techniques, enable unprecedent accuracy and realism, even for the most challenging configurations.
Direct CAD to CAE
High-order adaptive meshing is the key enabling technique to create transparent engineering simulations direcly from CAD files - removing the need to deal with meshes and convergence analysis for good.
Optimal Geometric Design
Fully differentiable solvers based on modern programming languages enable automatic differentiation, which can be combined with the adjoint method for obtaining gradients with respect to the geometry - which are integrated into optimization pipeline to solve optimal design or inverse problems.
Why EpsilonForge?
Hello there!
In case you are wondering, the story behind EpsilonForge is about an attempt to bridge the gap between cutting-edge academic research and real-world applications.
But EpsilonForge is not just about advanced algorithms and high-performance computing. Our goal is to make simulation accessible, scalable, and cost-efficient, helping companies of all sizes leverage this technology without the constraints of vendor lock-in or high overhead.
With a results-focused approach, we seek to build long-term relationships grounded in transparency and trust. If you're ready to take control of your EM simulations and elevate your design process, let's work together to bring your projects to the next level.
Cheers,
Martín D. Maas, PhD
R&D Consultant and Founder @ EpsilonForge.
Let's talk
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