J. Anaya Scientific Consultancy offers expert consulting for physics modeling. Built on more than 15 years of extensive industrial and academic R&D experience, the company excels in advanced multiphysics simulations and custom mathematical modeling to resolve complex industrial challenges, optimize processes, and drive innovation. This includes designing, optimizing, and derisking products through simulation for heat management in high-power cutting-edge electronics, lightning protection systems for wind turbines, electrochemistry for aerospace components, and induction welding coils, among many others. Furthermore, J. Anaya Scientific Consultancy develops the most useful and efficient solutions that work seamlessly within the industrial process. It specializes in creating custom-made simulation apps to democratize simulation, making complex analyses accessible to a broader range of users and thus transferring the knowledge to the customer in the most useful way.

Dr. Julián Anaya, founder of J. Anaya Scientific Consultancy, possesses a strong background in physics, mathematics, and computer science, backed up by numerous high-impact scientific publications and international patents. He also has a proven track record of providing valuable services to top companies and institutions in sectors such as electronics thermal management, wind energy, aerospace, and railway industries.

Areas of Expertise

• Advanced multiphysics simulation:
  • Heat transfer (conductive, convective, radiative, and conjugate)
  • Electromagnetism and electrodynamics (inductive and resistive heating, lightning protection, and permanent magnets)
  • Electrochemical processes (battery, corrosion, and electroplating)
• Custom mathematical and physics modeling:
  • Development of custom ODEs/PDEs and sensitivity analysis
  • Integration of nonstandard multiphysics couplings
  • Implementation of external methods in Java for automatic model creation, meshing, postprocessing, and reporting
• Optimization and parameter studies:
  • Design parameterization (DoE)
  • Physics-based optimization workflows
  • Performance-driven tuning of industrial products (e.g., heat sinks, lightning protection systems, and welding coils)
• Simulation application development:
  • User‑friendly simulation apps via the Application Builder and Physics Builder
  • Custom GUIs for nonexpert operators to democratize simulation
• Troubleshooting and innovation consultancy:
  • In-depth, root-cause investigations driven by simulation when R&D processes stall
  • Process and product derisking through simulation-led insights

Conclusion

J. Anaya Scientific Consultancy welcomes the opportunity to take on new and challenging projects. The firm specializes in two critical design phases of product and process development. In the early stage, it applies advanced simulation techniques to optimize and derisk your designs, helping achieve a first-time-right approach that minimizes physical prototyping. Later, if R&D efforts stall, a physics modeling-driven analysis as well as diagnostics are used to identify root causes, helping your project regain momentum and reach its full potential.

No matter how complex your problem is, J. Anaya Scientific Consultancy will approach it with maximum efficiency and employ the appropriate tools as needed. Currently, the company has systems with 64 cores and 512 GB RAM per node capable of handling very high-fidelity models. If that is not sufficient, the best solution for managing and solving your model can be discussed and addressed.