Package of methodological documentation for design & construction of quiet ships, vessels, gas & oil platforms and other floating facilities covering all phases from design to construction, testing & commissioning. This package of documentation is intended for the Navy and civil shipbuilding.
Methods of calculations and design rules:
Software package for estimation of vibration & noise fields for complex engineering structures and buildings noted for its
Efficient means of vibration & noise control:
Methods & equipment for acoustic measurements and diagnostics:
Methods & equipment for strain gaging and torsiography of ship shaftings:
Methods & equipment for assessment of static and dynamic strength of
System of tools for cleaning of process air in power plants from salt, sand and dust particles:
Design documentation for design of
Monitoring of ship’s underwater radiated noise using an artificial neuron network
The concept of automated monitoring system for underwater noise radiated by a moving ship has been studied. It is using onboard measurements of vibration,
A software package has been developed to monitor underwater radiated noise based on internal ship measurements.
This is the first time when the feasibility of ship’s underwater noise monitoring concept using the artificial neuron networks has been studied.
The technology of vibration & shock protection has been developed for machinery & equipment of
Almaz Central Marine Design Bureau
Improvement of acoustic characteristics of surface ships under design.
CDB ME RUBIN, SPBM MALACHITE
Submarine projects: package of measures to reduce
Improvement of acoustic characteristics of submarines.
Ural Diesel/Motor Plant, SSTC — Design Bureau Armas, Electrosila, Central Research Institute of Marine Engineering, ZAO Obukhovskoe
Vibration & acoustic tests of ship machinery and equipment.
Methodological support to sonar design.
Improvement of surface ship acoustic performance.
Institute of Applied Physics of the Russian Academy of Sciences (IAP RAS)
Development of guidelines and instrumentation for measuring acoustic fields.
Shipbuilding & Shiprepair Technology Center, CRISM «PROMETEY»»
Investigation of new materials.
Saint Petersburg Electrotechnical University «LETI»
Delivery of systems for measuring vibration, sound fields and excited oscillations.
Ural Diesel/Motor Plant, Kolomensky Zavod
Study of vibration & acoustic characteristics of machinery units.
Determination of vibration & acoustic characteristics of acoustic protection tools. Development, manufacturing and delivery of system for measuring elastic dissipative properties of polymer materials.
Development of methods and instruments for measuring acoustic fields.
LOMO, LenNIICHimmach, NPP ITTLKOM
Package of experimental studies on vibration & noise of ship equipment and expert appraisal of machinery vibration & acoustic status.
Improvement of acoustic performance of ships built for export.
NPP Marine Technology, Amur Shipbuilding Plant
Improvement of propulsor acoustics.