competitive
new generation products
in a short time;
replacing prototype testing
with virtual experiments.
We are developing mathematical
and finite element models,
virtual testing and development
of design documentation
to create competitive
new generation products.
We are committed to radically improving
engineering productivity
of engineering work, to ensure
the delivery of the right competencies
to the right place and time.
Development of rational
physical and mathematical
models with a high degree
of adequacy to real products
Performing
interdisciplinary
virtual tests
models
Reduction material-intensive
products by parametric
and topological
optimization methods
Finalization of serial
product samples in order
to improve quality
indicators
Improvement products
by making changes
in the current
technical documentation
while maintaining the values
of quality parameters
and interchangeability
Technical consulting,
analysis of design
solutions, providing
recommendations for
functionally suitability,
commercial attractiveness,
etc.
Development of 3D CAD models
and NURBS surfaces
Class “A” surfaces
and plaza documentation
development
Author supervision
of production
Industries
Shipbuilding
Simulation of ship operation
in a virtual pool at different depths
and wind modes.
Ice navigation simulation
operation of the ship in a solid ice field and shallow ice.
Strength calculations
in statics and dynamics, taking into account geometric and physical nonlinearities.
Weight optimization of structures
by methods of parametric optimization, combinations of rolled products, steel categories and sparages that ensure the minimum weight of structures are determined.
Reduced towing resistance
by developing efficient hull contours based on virtual tow tests.
Assessing waves effects
on the stability and habitability of the ship based on the simulation of regular and irregular waves at different course angles.
process pipelines, pressure vessels and apparatus, capacitive equipment;
calculations of strength, earthquake resistance, fatigue;
development of design documentation for production.
Import substitution
search for and subsequent incorporation into existing equipment of substitute components;
reverse-engineering, complete and partial copying of finished devices.
Design of lifting and lifting devices and equipment
booms and bucket arms, traverses, hydraulic cylinders, hooks, clamps;
calculations of strength, stability, fatigue;
power calculations and drive selection;
development of design documentation for production.
Building construction
Wind effects
on buildings and structures of complex shape.
Calculations of structures and foundations
normative calculations on the limit states in accordance with the requirements;
development of non-standard solutions and complex assemblies.
Calculated assessment of pedestrian comfort
wind aerodynamics in the vicinity of complex buildings and structures of complex shape.
Waves effects
on hydraulic structures.
Geotechnical forecast
assessment of the impact of construction on the change in the stress-strain state of the surrounding soil mass, including the foundations of structures of the surrounding development.
Key competencies
Strength of structures
and equipment
Hydrogasodynamics
Soil mechanics
Static total and local strength;
Cyclic strength;
Heat resistance;
Nonlinear stability;
Seismic resistance;
Spectral analysis of systems;
Measurement of the critical behavior of structures taking into account plastic deformations;
Effect of defects (roll, dents, ovality) on strength.
Internal and external currents;
Stationary and dynamic flows;
Multiphase flows;
Simulation of moving bodies in flow (6 DOF);
Simulation of turbulence by RANS and LES methods;
Fluid-solid interaction (FSI).
Calculation of foundations on the bearing capacity and deformations;
128-core workstations
based on AMD EPYC 7702 processors
+ capacity reserve provided by partners
Contact us
Describe your task
and get quotation
Center
of computer engineering
DB Proship
Objectives:
qualified and affordable
computer engineering;
competitive
new generation products
in a short time;
replacing prototype testing
with virtual experiments.
We are developing mathematical
and finite element models,
virtual testing and development
of design documentation
to create competitive
new generation products.
We are committed to radically improving
engineering productivity
of engineering work, to ensure
the delivery of the right competencies
to the right place and time.
Development of rational
physical and mathematical models
with a high degree of adequacy
to real products
Performing
interdisciplinary
virtual tests
models
Reduction material-intensive
products by parametric and topological
optimization methods
Finalization of serial
product samples in order
to improve quality
indicators
Improvement products
by making changes
in the current
technical documentation
while maintaining the values
of quality parameters
and interchangeability
Technical consulting,
analysis of design
solutions, providing
recommendations for
functionally suitability,
commercial attractiveness,
etc.
Development of 3D CAD models
and NURBS surfaces
Class “A” surfaces
and plaza documentation
development
Author supervision
of production
Industries
Shipbuilding
Simulation of ship operation
in a virtual pool at different depths
and wind modes.
Ice navigation simulation
operation of the ship in a solid ice field and shallow ice.
Strength calculations
in statics and dynamics, taking into account geometric and physical nonlinearities.
Weight optimization of structures
by methods of parametric optimization, combinations of rolled products, steel categories and sparages that ensure the minimum weight of structures are determined.
Reduced towing resistance
by developing efficient hull contours based on virtual tow tests.
Assessing waves effects
on the stability and habitability of the ship based on the simulation of regular and irregular waves at different course angles.
normative calculations on the limit states in accordance with the requirements;
development of non-standard solutions and complex assemblies.
Calculated assessment of pedestrian comfort
wind aerodynamics in the vicinity of complex buildings and structures of complex shape.
Waves effects
on hydraulic structures.
Geotechnical forecast
assessment of the impact of construction on the change in the stress-strain state of the surrounding soil mass, including the foundations of structures of the surrounding development.
Key competencies
Strength of structures
and equipment
Static total and local strength;
Cyclic strength;
Heat resistance;
Nonlinear stability;
Seismic resistance;
Spectral analysis of systems;
Measurement of the critical behavior of structures taking into account plastic deformations;
Effect of defects (roll, dents, ovality) on strength.
Hydrogasodynamics
Internal and external currents;
Stationary and dynamic flows;
Multiphase flows;
Simulation of moving bodies in flow (6 DOF);
Simulation of turbulence by RANS and LES methods;
Fluid-solid interaction (FSI).
Soil mechanics
Calculation of foundations on the bearing capacity and deformations;