When precision matters, you need reliable data you can act on.
Quartus helps engineering teams make confident, data-driven decisions through advanced simulation and analysis. Using FEA, motion simulations, and mission modeling we model real-world behavior before hardware is built. With Quartus on your team you can move forward faster, predict performance earlier, and deliver with certainty.
Structural Analysis: Linear & nonlinear statics, dynamics
Specialized Analyses: Aeroelastic, Electromagnetic, Optical, Structural Thermal Optical Performance (STOP)
Thermal Analysis
Multiphysics and Coupled Loads Analysis
Computational Fluid Dynamics (CFD) & Flow Analysis
Commercial and Custom Software Tools
Predicting real-world performance is rarely straightforward.
- Your testing shows unexpected failures and you need to determine the cause.
- Your systems must withstand extreme environments, variable loads, and unpredictable conditions.
- Your timelines are tight and your ability to test is limited, but decisions still have to be made.
- You’re expected to prove reliability before hardware exists.
You need to further validate your assumptions with simulation that helps you see critical variables clearly and move forward with confidence. Quartus helps you get there.
Quartus combines simulation expertise with hands-on engineering to deliver data you can act on.
We integrate systems modeling and simulation, mechanical analysis, and model validation to predict how designs perform — and why. By connecting modeling to reality, Quartus ensures simulation outputs translate into dependable, defensible decisions.
- System-level modeling for complex assemblies and instruments
- Analysis for critical load scenarios
- Survival and operational performance across harsh environments
- Mechanical simulation to resolve design bottlenecks, qualification hurdles, and failure analysis
- Performance prediction for deployment conditions, model correlation, and operating margin improvement
Engineers and program leaders look to Quartus for confidence before it counts.
From NASA missions to commercial space and advanced manufacturing, Quartus helps teams prove reliability and meet demanding requirements with confidence. Our expertise in FEA, mechanical modeling, and simulation delivers verified insight across aerospace, semiconductor, and challenging environments where performance can’t be left to chance.
Quartus makes simulation a strategic advantage, transforming data into decisions you can rely on.
Partner with Quartus to gain clarity, confidence, and control over performance — whether production has begun or not.
Reduce design cycles and prevent costly rework through early detection of risks
Receive interpretations of data from engineers across mechanical, thermal, and structural domains
Meet compliance and reliability standards with transparent, documented results
Build trust in every review and test knowing your analysis will stand up to scrutiny
It’s never too late to get Quartus involved and get performance prediction you can rely on.
The TL;DR without all the SEO-optimized marketing fluff added in...
Just here to check out our capabilities or see what tools we use to determine if we’d be a good fit? Wish granted: here’s just the geeky stuff. Disclaimer: this is not a comprehensive list of what we can do, so request a call with an engineer about your unique project needs to get next-level geeky.
Capabilities
Structural Statics | durability, fatigue, fracture, mechanisms, contact, nonlinear, buckling, composites, optimization
Structural Dynamics | modes, vibration, shock, impact, acoustic, transient, transportation, jitter
Thermal | electronics cooling, on-orbit, radiation, convection, conduction
CFD/Flow | heat dissipation, phase changes, thermal management, turbulence, propellant management, surface tension
Optical | structural thermal optical performance (STOP), stray light, thermal self emission, wavefront error, distortion, Zernike fits, illumination, jitter
Aeroelastic | flutter, divergence, gust, subsonic, hypersonic
Electromagnetic | force, polarization optimization, field shielding
Multiphysics or Coupled Loads | thermal & structural, fluid & structural, electromagnetic & structural
Tools
Commercial Software Tools | Abaqus, Ansys Mechanical, Femap, Hyperworks, I-DEAS NX, Labview, LMS Test.Lab, LS Dyna, Mathcad, Matlab, MSC Adams, MSC Nastran, Nasgro, Ncode, NX Nastran, NX Thermal, Patran, Star-CCM+, Thermal Desktop and Sinda/Fluint, Wavesix, Zaero
Custom Quartus Software Tools | Q-DRM (Data Recovery Matrices), Q-Dynamics, Q-Hydro, Q-STOP (Structural Thermal Optical Performance), Custom FEMAP APIs (Application Program Interface), ANSYS ACT (Application Customization Toolkit)
