Tailored tools and lean workflows that scale.
Computer Aided Design of Wind Tunnel Models
Competence.
We build custom toolchains and applications for simulation, testing, and reporting.
We automate routines and standardize outputs, so teams move faster with fewer errors.
Our Workflow
Concept Study and Constraints
Define the exact problem to be solved and begin designing the user interface (UI) to ensure the tool is intuitive and fits the workflow.
Prototype Scripts and Data Models
Develop initial prototype scripts to test the core logic and establish the necessary data models (structure for input/output data).
Core Algorithms and Performance Tuning
Implement the main algorithms (e.g., post-processing, AI analysis) and perform performance tuning to ensure the solution is fast and efficient.
Validation on Real Datasets
Rigorously validate the developed tool/method by running it on real-world datasets to confirm accuracy and reliability.
Packaging, Logging, and Versioning
Prepare the software for distribution (packaging), implement logging for traceability, and set up version control (e.g., Git) for maintainability.
Rollout and Training
Deploy the final tool to the end-users (rollout) and provide training and documentation for successful adoption.
What you get.
Results
Applications and scripts with clear UIs
Automated pipelines for FFT and report packs
Integration with existing tools and data stores
Documentation and examples for long-term use
Methods, Tools & Facilities
Methods
Custom toolchain development, automated data analysis including FFT and AI options, robust documentation standards, version controlled releases, FEM model manipulation, CFD to FEM mapping, ROM generation
Tools
Python, MATLAB, C, Git, CI pipelines, Doxygen, pytest, pyNastran, PyCatia
Facilities
e.g. some Test Facility (PTF) at some University, some test rig with special capability