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About centre
Activities
- System integration in naval shipbuilding
  System integration in naval shipbuilding
  
  The Division was established in 1946, first as a department that evolved in 1951 into the design & research bureau and finally in 1960 into the 1st Division. In 2012 the Division was officially named the Naval Ship System’s Integration Division. The core task of the Division is shaping of the R&T tasks in the field of shipbuilding under the programs of military industrial complex development.
  
  В разделе:
  
  Overview
  
  Our capabilities
  
  New developments and Customers
  
  Experimental facilities
- System integration in civil shipbuilding
  System integration in civil shipbuilding
  
  The key tasks of the Civil Ship System’s Integration Division is the management of advanced R&D and design efforts to support the development of future ships and marine structures from formulation of R&D to final practical implementation of their results in specific projects under Federal Task Programs as well as end users of shipbuilding industry production.
  
  В разделе:
  
  Overview
  
  Our capabilities
  
  New development & Customers
  
  Experimental facilities
  
  Объект инфраструктуры Ледовый Опытовый бассейн
- Ship propulsion
  Ship propulsion
  
  The Hydrodynamics Division is the oldest and fundamental research unit of the Krylov Centre which was set up back in 1894 with the commissioning of the first Russian Towing Tank in St. Petersburg, then located in the downtown area known as Novaya Gollandya (New Holland). Nowadays the experimental facilities available for hydrodynamic research studies include 5 test tanks for a range of different tasks, a family of cavitation tunnels and a wind tunnel.
  
  В разделе:
  
  Overview
  
  Our capabilities
  
  New developments & Customers
  
  Experimental facilities
- Hydro and aero-dynamics
  Hydro and aero-dynamics
  
  В разделе:
  
  Overview
  
  New developments & Customers
  
  Experimental Facilities
- Supercomputer Center of Mathematical Modeling
  
  Supercomputer Center of Mathematical Modeling
  
  At present SCM’ computational resources are as follows
- Strength
  Strength
  
  Surely, strength is one of critical parameters defining structural safety. Strength experts have to reconcile conflicting requirements for the specific structure. Thus, a structure demonstrating high strength and reliability is to be of scant weight. Requirements for strength, reliability and service life are to be also correlated with minimum labor rate to build the structure. This list may be finalized with requirements for repairability, restrictions of overall structural dimensions, effect of corrosion and other factors on strength performance.
  
  В разделе:
  
  Overview
  
  Our capabilities
  
  New developments and customers
  
  Experimental facilities
- Marine power plants, nuclear & radiation safety
  Marine power plants, nuclear & radiation safety
  
  Marine power engineering along with safety of personnel, population and environment is an important activity of the Krylov State Research Centre.
  
  В разделе:
  
  Overview
  
  Our capabilities
  
  New developments and customers
  
  Deliverables
  
  Experimental facilities
- Ship Electric Engineering & Technology
  Ship Electric Engineering & Technology
  
  The Ship Electric Engineering & Technology Institute (TSNII SET) is a multi-purpose specialist research & production center pursuing advanced research, development and technology projects related to the design and production of ship electric equipment including turn-key projects starting from the inception of new scientific ideas throughout to the actual installation of equipment on site.
  
  В разделе:
  
  Overview
  
  Our capabilities
  
  New developments & Customers
  
  Test & production facilities
- Ship acoustics
  Ship acoustics
  
  The Ship & Industrial Acoustics Division is concerned with the acoustic stealth of ships, refinement of physical & mathematical models, management of ship’s vibrational, noise and sonar fields (signatures), development of scientific basis and guidelines for measurement of these fields and identification of their sources.
  
  В разделе:
  
  Overview
  
  Our capabilities
  
  New developments and Customers
  
  Deliverables
  
  Experimental facilities
- Ship electrodynamics and hydrophysics
  Ship electrodynamics and hydrophysics
  
  Today, one of the major thrusts of the Krylov State Research Centre is the development and implementation of stealth technologies intended for minimizing the risk of ships being detected and destroyed by weapons sensing the electromagnetic and hydrophysical signatures.
  
  В разделе:
  
  Overview
  
  Our capabilities
  
  New developments & Customers
  
  Experimental Facilities
- Design
  Design
  
  The Baltsudoproekt Central Design Bureau, established back in 1925, is the oldest Russian design company. In 1999 the Bureau was incorporated in the Krylov State Research Centre as a branch, in 2008 it received the KSRC division status.
  
  В разделе:
  
  Overview
  
  Our capabilities
  
  New developments and Customers
- Standardization & certification
  
  Standardization & certification
  
  It is a leading institute for standardization and unification efforts, certification of products and quality management systems, classification and coding, cataloguing of products, metrological support, specialization and coordination of production in the field of shipbuilding.
  
  Director TSNII LOT
- Training
  
  Training
Experimental Facilities
Press centre
Contacts

Manufacture of Acoustic Tiles

The hydraulic vulcanization press is intended for manufacturing prototype 1000×1000mm acoustic tiles and other large-size rubber products for industrial applications.

Press Specifications:

Dimensions of heating plates: 1800×1800 mm;
Clearance between tiers: 400 mm;
Pmax of each tier: 5 tons;
Total pressing force: 1250 tons;
Operating pressure 285 bar;
Heating plate surface Т° : 200°С;
Temperature tolerance: ±2°С.

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Manufacture of Acoustic Tiles

Experimental facilities