Services
We develop simulators for mechanical, thermal, and industrial processes, with the goal of analyzing the behavior of machinery and plants, and predicting and optimizing their operation before they are implemented in the field.
By creating advanced mathematical models, we are able to simulate complex physical phenomena—such as heat transfer, temperature variations, deformations, stresses, friction, motion, energy transfer, and process dynamics—in a virtual environment. Simulation allows us to evaluate different operating conditions, verify the system’s response, and identify any critical issues quickly and in a controlled manner.
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We develop mathematical models and computational algorithms, primarily using environments such as MATLAB and Python, and for each project we select the technologies best suited to the application’s characteristics and the client’s objectives.
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Advanced software for simulating the thermal behavior of extruded profiles during air or water cooling inside the cooling hood.
- Simulation of thermal conduction with convective boundary conditions;
- An analytical model based on the energy conservation equation;
- Analysis of the profile's geometry and orientation;
- Control of temperature, extrusion speed, and cooling parameters;
- Optimization of the nozzle configuration;
- Estimation of the spatial distribution of temperature;
- Generation of heat maps, gradients, and analytical reports;
- Graphical interface for configuring the process and displaying results.
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Engineering & Systems
Integrated Industrial Engineering
Replacement Parts for Industrial Machinery
Software Automation
Research & Innovation
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