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Choose the right path to solve your projects!

Not all teams need a full training course on using simulation tools. Sometimes, what's needed is direct guidance on how to best implement these tools in their engineering projects, to overcome theoretical, technical, infrastructure, and performance obstacles, and thereby gain confidence in any real-world project. TechND offers you the following solutions:

Why real properties are esential for simulation?

Engineers use properties models to solve their projects daily, from the simplest analyses to the most complex and challenging. Properly solving these projects with real properties models of matter allows companies to lead their respective sectors.

To understand the behavior of engineering projects, reliable indicators derived from numerical analysis with real properties models that reproduce physics, are essential to enable real-time assertive decision-making.

TechND offers solutions for a wide range of engineering analysis systems, specializing in the sophisticated, appropriate, and precise way of coupling real properties and advanced analysis models with commercial software to accurately solve analysis projects.

These solutions capture the real-world physical behavior that is always required, making them accessible and essential for engineers and organizations across industries.

The real properties models of matter, as well as the advanced analysis models offered by TechND, are as follows:
  • Physical Models
  • Rate Dependent Models
  • Advanced Models

  • Thermodynamic

  • Compositional

  • Equation of State (EOS)

  • Material Properties

    • Experimental measurements

    • Prediction

    • Calibration

    • Reproduction

  • Phase Change

    • Melting (Solid to liquid)

    • Solidification (Liquid to solid)

    • Vaporization/boiling (Liquid to gas)

    • Condensation (Gas to liquid)

    • Sublimation (Solid to gas)

    • Deposition (Liquid to solid)

    • Solidification (Gas to solid)

  • Interfaces

    • Surface tension

    • Adhesion/cohesion

    • Absorption/Adsorption

    • Wetting

  • Magnetic

  • Compositional

  • Equation of State (EOS)

  • Material Properties

    • Experimental measurements

    • Prediction

    • Calibration

    • Reproduction

  • Phase Change

    • Ferromagnetic to paramagnetic

    • Diamagnetic to paramagnetic (Superconductor Transition)

    • Diamagnetic to antiferromagnetic

    • Antiferromagnetic to paramagnetic

    • Spin-reorientation

  • Electric

  • Compositional

  • Equation of State (EOS)

  • Material Properties

    • Experimental measurements

    • Prediction

    • Calibration

    • Reproduction

  • Phase Change

    • Electromechanical Phase Transition

    • Paraelectric-to-Ferroelectric Transformation

    • Insulator-to-Metal Transition

    • Amorphous-to-Crystalline

    • Temperature-Driven Structural Changes

  • Plasma

  • Compositional

  • Equation of State (EOS)

  • Material Properties

    • Experimental measurements

    • Prediction

    • Calibration

    • Reproduction

  • Phase Change

    • Solid to plasma

    • Semiconductor to plasma

    • Liquid to plasma

    • Gas to plasma

  • Fluids

  • Rheology

  • Transport properties

  • Viscosity

  • Thixotropic

  • Elastic

  • Solids

  • Material deformation

  • Linear rate

  • Non-Linear rate

  • Linear thermal rate

  • Non-Linear thermal rate

  • Solids

  • Viscoelasticity

  • Time dependent deformation

  • Creep

  • Stress relaxation

  • Energy dissipation (hysteresis)

  • Solids

  • Viscoplasticity

  • Time dependent deformation

  • Time dependent plasticity

  • Overstress effect

  • Irreversible deformation

  • Surface tension

  • Adhesion/cohesion

  • Absorption/Adsorption

  • Wetting

  • Angle shapes
    in space and time

  • Loads

  • Initial conditions

  • Boundary conditions

  • Domain

  • Impulsive
    Conditions

  • Loads

  • Initial

  • Boundary

  • Domain

  • Shock waves
    and pulses

  • Generation

  • Propagation

  • Reflection

  • Refraction

  • Dissipation

  • Anomalous
    diffencial equations

  • Asymmetric distribution

  • Fractional

  • Fractal

Coupling real properties for simulation!

TechND helps you adopt, implement, customize, integrate and automate engineering analytics software for better performance, as well as digitalize projects, creating workflows to reproduce real-world behavior.

This includes design, manufacturing platforms and process, as well as analytics tool environments and others engineering technologies that facilitate the practical execution of projects, generating reliable indicators for better timely decision-making.

To capture the true physical behavior of engineering projects, models of real properties of matter must be coupled in simulation software, such as:

  • Structures

  • Implicit

  • Explicit

  • CFD

  • Solver

  • Post processing

  • Electromagnetics

  • Low-frecuency

  • High-frecuency

  • Optics

  • Photonics

  • Acoustic Analysis

Looking for engineering solutions?

TechND helps engineers and organizations implement and integrate engineering systems and tools, that make technical work efficient, reliable and easier to execute.

We work in areas such as real properties of matter, integration, customization, automation, digital threads, embedded systems, optimal control, autonomous and non-autonomous dynamic systems and stochastics.

Our goal is to help companies and engineering teams transform technical complexity into functional systems that improve performance, ensuring continuity, quality and ease of use daily.
  • Integration & Implementation
  • Customization & Automation
  • Digital Threads
  • Embedded Systems
  • Optimal Control
  • Mission
  • DE Coupled Systems
  • Anomalous DE
  • Neuromorphic Computing
TechND training

Develop stronger skills through our training courses taught by experts

TechND offers hands-on training to address the challenges posed by the daily need to deliver engineering solutions, and developing technical skills through practical training with real-world industry project challenges is essential for leadership.
Engineering training and technical skill development
Our training is designed to help professionals gain confidence and effectively apply their knowledge, as well as the knowledge acquired in solving their projects.

We would like to hear from you!

Tell us about your technical challenge and the kind of guidance your team needs!, what is the best way to help you? (email, a virtual session, or an in-person visit).

If time is of the essence, call us or text to us.

There is no commitment in starting the conversation.

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