Владимир

Contact information

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Work experience

Naval architect

from 06.2014 to now (9 years 11 months)
Design Bureau, Одесса (project services in the marine field)

Company description
Company which provides the wide spectrum of services in the marine field:
-R & D work
-Repairing of the Ships
-Hull fault-detection
-Evaluation of the technical condition of the vessel

Executable duties:

1. strength & vibration calculations;
2. developing of ship modernization and renewing projects;
3. changing of the ship navigation area;
4. increasing of the carrying capacity of the vessel;
5. projects of a single transition of the ship;
6. development of documentation for the repair of the hull;
7. analysis of the compliance of the vessel (hull) to the Classification Society’s requirements;
8. creating structural drawings;
9. technical description of repairing of complex parts;
10. the development and coordination of project documentation.

Lecturer

from 09.2008 to 08.2014 (5 years 11 months)
“Odessa National Maritime University”, Odessa (educational institution)

Disciplines:
1.“Ship structure design”,
2.“Special ship hull design”,
3.“Safety of marine service”,
4.“Shipbuilding draughtsmanship”.

1. Delivering lectures, seminars and tutorials;
assessing students' coursework;
2. Setting and marking examinations;
supporting students through a pastoral/advisory role;
3. Undertaking personal research projects and actively contributing to the institution’s research profile;
4. Writing up research and preparing it for publication;
5. Supervising students’ research activities;
6. Representing the institution at professional conferences and seminars, and contributing to these as necessary;
7. Establishing collaborative links outside the university with industrial, commercial and public organisations.

Engineer

from 01.2004 to 12.2013 (9 years 11 months)
Digital Marine Technology, Odessa (design bureau)

1. Steel structure calculation performs with use the FEM “ANSYS” (strength, vibration, static analysis, non-linear analysis).
2. The ship hull structures technical expert operation (condition and technical survey) on correspondence to the classification society requirements (the wear-outs, damages, faults). Granting result expert operations in the form, required by classification society.
3. Grounding of non-standard cargoes carriage (Stowage Plan, Seafastenig Plan, Lifting Plan, Method statement).
4. The parametric projects development in “TFlex Parametric CAD” (analogue of the “Solid Works”), comprising of itself calculation and graphic parts.
5. The macro development on ANSYS APDL macro-language.
6. Any degree to difficulties 3D-models development with use the “TFlex Parametric CAD”.
7. Macro development for TFlex projects with using TFlex API and Visual Basic.

Hull-technologist

from 09.2002 to 09.2003 (1 year)
BLRT GROUPP Tallinn Shipyard, Tallinn, Estonia (Shiprepair yard)

1. The hull structures repair documentation preparation (the damage estimate, drawing, material order) with according to ISO requirements;
2. Approve documentation at the Customer and classification society surveyor.
3. The preliminary repair documentation analysis.
Repaired ship types – all types.
Almost all documentation is in English.

Hull-technologist

from 12.1999 to 12.2002 (3 years)
“Izmail Shiprepair Yard”, Izmail, Ukraine (Shiprepair Yard)

1. The hull structures repair documentation preparation (the damage estimate  drawing  material order) with according to ISO requirements;
2. Approve documentation at the Customer and classification society surveyor.
3. The preliminary repair documentation analysis.
Repaired ship types – barges and refrigerators

Education

Odessa National Maritime University

The post-graduate course student (Ph.D. degree applicant), Odessa
Higher, from 2002 to 2005 (3 years 6 months)

Subject to thesis: «Ultimate limit state design of the ship hull structures».
Executable duties and skill:
1. The large thin-walled structures behavior in ultimate state experimental investigation (500 ton compressive machine are used).
2. The stress and deformation measured by means of tensostation and tenso-gauge (gauge displacement scheme development, measuring, results processing)
3. The computer soft development on Visual Basic 6 language (ship hull overall strength calculation by following methods: Russian Maritime Register, Russian River Register, Smith’s method (progressive collapse analyses), Paik’s closed formula).
4. The ship hull structures finite element method calculation with according to material and geometric nonlinearities.

Odessa National Maritime University

Naval architect, Odessa
Higher, from 1993 to 1999 (5 years 5 months)

Knowledge and skills

Additional information

List of scientific publications (in Russian)
1. Avramov V.V., Kozlyakov V.V. The evaluation of general and local hull strength with residual deflection structures taking into account // Herald of ONMU. – 2003 - №1 – p.28-40.
2. Avramov V.V. and other Design and experimental analysis of the defining characteristics of the plastic bending moment for the hulls of ships and floating docks // Proceedings of the Bubnov International structural mechanics ship Conference – Saint-Petersburg: Krylov State Research Centre – 2004. - – p.46-48.
3. Avramov V.V. A comparative analysis of the traditional methods for the ultimate hull strength transport vessels with recommendations IACS 2006 // Problems of technics. – 2005. - №2. – p.170-185.
4. Avramov V.V. Software implementation of computer methods to assess the limit of ultimate plastic hull strength // Problems of technics. – 2005. - №3. – p.79-92.
5. Avramov V.V. Analysis of practical methods to estimate the ultimate strength of compressed grillages // Herald of ONMU. – 2005 - №18 – p.73-90.
6. Avramov V.V. and other Design and experimental analysis of the stress tension characteristics of ship structure connections without knee // Proceedings of the Szymanskiy International structural mechanics ship Conference. – Saint-Petersburg: Krylov State Research Centre – 2006. – p.21-22.
7. Avramov V.V. and other Design and experimental analysis of the stress tension characteristics of ship structure connections without knee // Herald of ONMU. – 2007. - №23. – p.68-81.
8. Avramov V.V. Experimental and numerical modeling of the behavior of compressed "hard corners" // Herald of ONMU. – 2009. – №26 – p.73-84.
9. Avramov V.V., Pechenuk A.V. Stress-strain analysis of the propeller using modern numerical methods // Herald of ONMU. – 2012. – №34 – p.40-48.
10. Avramov V.V., Kozlyakov V.V. Assess features of the bulk carriers overall plastic hull strength with alternating loading holds // Proceedings of the Papkovich International structural mechanics ship Conference. – Saint-Petersburg: Krylov State Research Centre – 2012.
11. Avramov V.V., Kozlyakov V.V. Assess features of the bulk carriers overall plastic hull strength with alternating loading holds // Proceedings of the Krylov State Research Centre– 2013 - #75 (359) – p.22-33.

Additional professional skill: marine English – good (read and write well, for speak need some practice); Bulgarian, Russian, Ukrainian;
PC user – high level;
PC soft: TFlex (2D, 3D), AutoCad (2D), Compass (2D), Ansys (FEM), CADFix, FEMap, MS Office, Visual Basic, Photoshop, etc.