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Computer simulation
Our computer modeling services transform traditional product development processes by using advanced technology to improve efficiency, accuracy and cost-effectiveness.
By partnering with us, you can leverage the power of computer modeling to increase efficiency, reduce costs, and ensure the reliability of your product development. Contact us today to find out how our services can improve the efficiency of your product development process.
Key features of computer simulations
Cost-effective development
We reduce costs by replacing physical prototypes with computer models, saving time and resources.
Minimize errors
Using simulations reduces errors, minimizing rework and overall project cost.
Accelerated Design Decisions
Rapid virtual testing accelerates development, shortening timelines and speeding time to market.
Resource Optimization
Simulation reduces resource utilization, aligning with cost reduction and sustainability goals.
Enhanced product reliability
Rigorous modeling ensures product reliability by avoiding unexpected failures and associated costs.
Efficient verification
Detailed modeling reduces the need for physical testing, speeding up processes and time to market.
Case studies
  • Mechanical analysis
    Determine the mechanical characteristics of your product, particularly stress and strain. This will save time and money by identifying potential design flaws early in the development process.
  • Simulation of rigid body motion
    The kinematic model of the mechanism can be used to predict motion, velocity, acceleration, interaction forces and identify potential problems such as collision, impact and instability.
  • Computational fluid dynamics
    Determines the behavior of fluids under flow conditions. It is used to analyze the behavior of fluids and identify potential points of failure caused by fluid flow.
  • Thermal analysis
    Thermal evaluation of all electronic components is necessary to determine if they can withstand the proposed thermal operating conditions and properly perform their functions.
  • Topological optimization
    Increase design performance and reliability through the use of topological optimization.
  • Electromagnetic modeling
    Electromagnetic modeling of high voltage systems allows you to predict, analyze and optimize device performance, ensuring safety, reliability and compliance with industry standards.
  • Rotor dynamics analysis
    This type of analysis models the dynamic behavior of rotors in turbines, pumps, and other rotating machines using mathematical models.
  • Any additional questions?
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Contact us
Uzbekistan:
Email: info@di-soft.uz
Phone: +998901291603

Kazakhstan:
Email: info@di-soft.kz
Phone: +77784078777