ENGINEERING ANALYSES AND SOLUTIONS, INC develops and applies simulation-driven engineering tools — finite element analysis, computational fluid dynamics and custom analysis software. We help product, structural and mechanical teams model behavior, validate designs and reduce physical prototyping cycles.
We combine numerical methods, physics-based modeling and modern software engineering to deliver analysis tools and simulation work tailored to each project.
Structural, thermal and modal analysis for mechanical assemblies and load-bearing components. We evaluate stress, deflection, fatigue and vibration to support design decisions and validation against target requirements.
Flow, thermal and pressure simulations for internal and external geometries. We model airflow, cooling, heat transfer and fluid interaction to inform performance and thermal management strategies.
We build purpose-specific engineering applications, calculation engines and automation scripts. These tools standardize repeatable analyses, reduce manual work and integrate with your existing CAD and data workflows.
Parametric studies, sensitivity analysis and design-of-experiments to identify efficient configurations. We help balance weight, cost, stiffness and manufacturability across candidate designs.
We automate meshing, solving and post-processing so studies run consistently and repeatably. Batch pipelines and reporting templates make large parameter sweeps manageable and traceable.
Independent review of models, assumptions and results. We check boundary conditions, mesh quality and convergence to give engineering teams confidence in the outputs before decisions are finalized.
We start by clarifying objectives, physical conditions, loads and success criteria. Together we confirm what needs to be modeled and which outputs matter for your decision.
We prepare geometry, apply materials, boundary conditions and meshing. Model setup is documented so assumptions are transparent and reproducible for later review.
Simulations are run and checked for convergence and physical plausibility. When needed we compare against analytical estimates or reference cases to confirm the setup behaves as expected.
You receive results, visualizations and a concise technical summary. For software projects, we deliver documented tools and guidance so your team can run analyses independently.
Every model rests on stated assumptions and appropriate methods, not guesswork or unchecked defaults.
Tools we build are documented, version-controlled and structured to be maintained and extended over time.
We report methodology, limitations and uncertainty clearly so results can be reviewed and trusted.
Automated workflows let us evaluate many design variants quickly, shortening the analysis loop.
Our work supports engineering and product teams that need reliable simulation, calculation and analysis capabilities. Typical requests we handle include:
ENGINEERING ANALYSES AND SOLUTIONS, INC is a technology company focused on engineering analysis and simulation software. We work at the intersection of numerical methods and software development, helping teams model physical behavior and turn that insight into tools they can use every day.
Our current work spans finite element and fluid dynamics analysis, design optimization, and the development of custom applications that automate and standardize engineering calculations. We prioritize clarity: documented assumptions, verifiable results and maintainable software.
We collaborate closely with client engineering teams, adapting scope to the problem at hand — from a single simulation study to an ongoing analysis toolkit integrated into a product development workflow.
Tell us about the analysis or software you need. Share the objective, the system involved and any known conditions — we'll respond by email with questions and a proposed scope.
Business hours (informational).