Engineering simulation

Инженерные расчеты

  • Minimization of Full-Scale Testing

  • Expansion of available options to choose

  • Selection of optimal product's design

  • Digitalization of the project development process

Solutions by industry

Comprehensive approach

Комплексный подход к разработке

Systems engineering and high-level architecture

Strength and Aerohydrodynamic Calculations

Methodology development and processes optimization

Digital twin

Resources

Unique competencies

  • Virtual testing ground

    Virtual testing ground

    Comprehensive strength analysis of suspension load-bearing elements, featuring a dynamic (MBD) model with over 300 vehicle modifications. Enables virtual trials of the pneumatic system, accurately simulating real driving conditions. Assesses deformation and vibration of the vehicle body, monitors low cycle fatigue crack growth, and evaluates ice intrusion conditions and locations. Additionally, tests structures made from composite materials for bird strike resistance, impact, and more.

  • Comfort and dynamics

    Comfort and dynamics

    Architecture of the HVAC system, comprehensive analysis of the system's component composition, leading to optimized design development and modeling of car heating system operation, including the engine cooling jacket. Incorporates a climate control system architecture that accounts for dual-zone functionality, passenger presence, and door openings. Enhances aerodynamic performance of the cabin/hull/fuselage model. Employs a methodology for model parameterization to accelerate typical calculations and iterations, improving efficiency and effectiveness in design processes.

  • Requirements management and system modeling

    Requirements management and system modeling

    Streamlined development of requirements matrices and design methodologies, enabling the construction of a robust MBSE architecture. Centralizes engineering data storage for enhanced accessibility. Facilitates cross-cutting engineering by integrating design packages into a unified storage, access, and sharing solution. Supports prototyping through sensor data analysis and predictive modeling of behavior and repair. Establishes comprehensive databases and electronic catalogs. Automates and manages engineering data throughout the product's life cycle, ensuring efficiency and accuracy at every stage.

  • Power plants and fuel cells

    Power plants and fuel cells

    Advanced analysis and modeling of engine systems in 1D staging, optimizing their interactions. Focuses on gas-dynamic processes within the exhaust system and manifold to enhance fuel efficiency. Evaluates strength and wear of components, predicting service life until failure. Employs both 1D and 3D modeling for lubrication systems, cooling systems, crank mechanisms, gearboxes, heat exchangers, and other subsystems of basic and advanced engines. Investigates combustion and ignition in gas turbine engines (GTE) and thermal-hydraulic processes. Features lightweight models of GTE stator parts for improved performance.

Application areas

Disciplines

  • System engineering

    ( 01 )

  • Construction of automatic settlement chains

    ( 02 )

  • Reverse engineering

    ( 03 )

  • Strength and stability calculations

    ( 04 )

  • Fracture mechanics

    ( 05 )

  • Calculation of product durability

    ( 06 )

  • Crack resistance

    ( 07 )

  • Aerodynamics and hydraulics

    ( 08 )

  • Multiphase flows and combustion

    ( 09 )

  • Thermophysics

    ( 10 )

  • Calculations of electromechanical and electronic devices

    ( 11 )

  • Modeling of high frequency electronic products

    ( 12 )

  • Connected interdisciplinary analysis

    ( 13 )

  • Vibroacoustics and acoustics

    ( 14 )

  • Parametric and topological optimization

    ( 15 )

  • Functional safety assessment and reliability calculation

    ( 16 )

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