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| Position wanted: |
Pipe stress analyst |
| Job category: |
Engineering |
| Objective and Resume Summary: |
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| I would like to be able to work in an environment such that I could use my skills and experience to fulfill both the goals and requirements of your company and also my career. |
| Skills: |
Computer Literacy and Technical Programs
Piping: CAESAR II, SmartPlant Review
C.A.E.: ANSYS, ABAQUS, PATRAN, CAESAR II, CoventorWare
C.A.D.: SolidWorks
Programming: Python, MathCAD, Turbo Pascal
Operating systems: Windows NT-3.51 -4, 95, 97, 98, ME, 2000
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| Known languages (and levels): |
English-GoodFrench-A little
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| Type of Employment wanted: |
Full Time
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| Minimum Yearly Salary in Numbers: |
6000 Euro
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| Current Location: |
Romania, Bucharest |
| Education History, Qualifications & other additional information: |
| Level of Education: |
Bachelor
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Education
• Polytechnic Institute, College of Aerospace Engineering, Bucharest, Romania MSME – Degree.
• 16 Feb. 2004:Certificate “Quality Management in Automotive Industry – ISO TS 16949:2002”
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| Work History & Experience: |
| Years of Work Experience: |
7 to 10 Years |
Work Experience
• Period: December 2008 – present time
Position: Stress Analyst
Company & Location: Saipem - Snamprogetti Romania
Bucharest, ROMANIA
Responsibilities:
Oil&Gas Industry, Onshore
Projects: Qafco
Qafco(onshore-detail design)
-axial stop diagram elaboration for pipe-rak(axial stop position, verification of branch conection, axial forces determination);
Modeling and simulation of critical pipe way in opperating, design, sustained, hydro test, wind and earthquake conditions with CaesarII;
Stress analysis of critical pipe way:
-visual calculation;
-manual calculation;
-calculation with finites elements using Caesar II
-flange calculation and verification;
-nozzle verification (displacements and loads) for vessel, pumps, and compressors according with specifications;
-support position determination according with piping specifications;
-special support design according with piping specifications;
-support position determination according with piping specifcation -structures loads calculation and verification
• Period: October 2007 – July 2008
Position: Stress Analyst
Company & Location: Rambřll Denmark
Esbjerg, Denmark
Responsibilities:
Oil&Gas Industry, Offshore&Onshore
Projects: NEXUS, Etzel
NEXUS (offshore-detail design; blast and design conditions)
Stress Analyst Stress Analysis using Caesar II, Navis:
-modeling and simulation of critical ofshore pipe way in opperating conditions( blast conditions and design conditions ) with CaesarII;
-visual calculation;
-manual calculation;
-lay-out modeling and checking of piping sistems, including pipe supports and interpretation of stress analysis using CAESAR II program;
-flange calculation and verification;
-nozzle verification (displacements and loads) for vessel, pumps, and compressors according with specifications (API 1610, NEMA SM23);
-PSV verification;
-structures loads calculation and verification;
-piping stress analysis reports elaboration;
Etzel (onshore-basic design)
-Preliminary Critical Line List elaboration;
-Preliminary Stress Analysis Calculations:
-calculation list elaboration according with preliminary critical lines specification base on prelimimary P&ID-s process data;
-visual calculation;
-manual calculation;
Modeling and simulation of critical pipe way in opperating, design, sustained and hydro test and expantion conditions.
-critical sistems calculation and verifications with finites elements using Caesar II;
-nozzle verification (displacements and loads) for vessel, pumps, air coolers, compressors with basic specifications;
-support position determination according with piping specifications;
-Preliminary Stress Analysys Report
• Period: March 2005 – October 2007
Position: Stress Analyst
Company & Location: eni - snamprogetti romania, piping department
Bucharest, romania
Responsibilities:
Oil&Gas Industry, Onshore
Projects: ERG, RUWAIS,
Sannazzaro, Samir-marocco Project
Erg Project (onshore-detail design)
-critical lines list elaboration;
Stress analysis of critical pipe way:
-visual calculation;
-manual calculation;
-critical sistems calculation and verifications with finites elements using Caesar II;
-flange calculation and verification;
-nozzle verification (displacements and loads) for vessel, pumps, air coolers, compressors, reactors according with specifications;
-structures loads calculation and verification;
-support position determination according with piping specifications;
-supports and pipe administrations;
-M.T.O. For supports;
-lines verification for issue from stress and support point of view.
Sannazzaro Project (onshore-detail design)
-critical lines list elaboration;
-calculation list elaboration according with critical lines specification base on P&ID process data;
-visual calculation;
-manual calculation;
Modeling and simulation of critical pipe way in opperating, design, sustained and hydro test and expantion conditions.
-critical sistems calculation and verifications with finites elements using Caesar II;
-flange calculation and verification;
-nozzle verification (displacements and loads) for vessel, pumps, air coolers, compressors, reactors according with specifications;
-structures loads calculation and verification;
-support position determination according with piping specifications;
-supports and pipe administrations;
-lines verification for issue from stress and support point of view.
RUWAIS Project (onshore-detail design)
Modeling and simulation of critical pipe way in opperating, design, sustained, hydro test, wind and earthquake conditions with CaesarII;
Stress analysis of critical pipe way:
-visual calculation;
-manual calculation;
-calculation with finites elements using Caesar II
-axial stop diagram elaboration for pipe-rak(axial stop position, verification of branch conection, axial forces determination);
-flange calculation and verification;
-nozzle verification (displacements and loads) for vessel, pumps, and compressors according with specifications;
-structures loads calculation and verification;
-support position determination according with piping specifications;
-special support design according with piping specifications;
-list of support elaboration;
-supports and pipe administrations;
-M.T.O. For supports;
-lines verification for issue from stress and support point of view.
Samir-marocco Project (onshore-detail design)
Modeling and simulation of critical pipe way in opperating, design, sustained, hydro test, wind and earthquake conditions with CaesarII;
Stress analysis of critical pipe way:
-visual calculation;
-manual calculation;
-calculation with finites elements using Caesar II
-axial stop diagram elaboration for pipe-rak(axial stop position, verification of branch conection, axial forces determination);
-flange calculation and verification;
-nozzle verification (displacements and loads) for vessel, pumps, and compressors according with specifications;
-structures loads calculation and verification;
-support position determination according with piping specifications;
-special support design according with piping specifications;
-list of support elaboration;
-loop calculation;
-support position determination according with piping specifcation -structures loads calculation and verification
• Period: Apr.2004-March2005
Position: Responsible for Quality and Medium Management
Company & Location: S.C. ROLAST S.A. – Pitesti, Romania
Responsibilities:
-procedures elaboration,
-documents control and elaboration,
-registrations control,
-personel briefing,
-Iso Ts 16949:2002 requierements implementation and aplication in Product-Design Department
-FMEA elaboration for Product-Design Department
• Period: July2003-April 2004
Position: C.A.E. Engineer
Company & Location: S.C. ROLAST S.A. – Pitesti, Romania
Responsibilities:
Using: Ansys and Solid Works
Modelling and simulation of behaviour in service life for various elastomer – based products (rubber items used in automotive industry) in the following fields:
Structural, thermal, modal:
-modeling and simulation of rubber vulcanisation of various type of elastomer items;
-modeling and simulation of various rubber bushing behaviour in service life:
-self flexible – flexible contact;
-rigid – flexible contact;
-modeling and simulation of various bootseal behaviour in service life:
-self flexible – flexible contact;
-rigid – flexible contact;
• Period: Dec. 2002-July 2003
Position: Research Assistant
Company & Location: national institute for research and developement in
Microtechnology(imt), bucharest, romania
Responsibilities:
Using: Ansys and CoventorWare
Modeling and simulation of various type of microstructures in the
Following fields:
Structural, thermal, modal:
- modeling, simulation and optimization of hight sensitivity pieooresistive accelerometer;
- modeling and simulation of initial stress influence for a silicon microstructure;
- modeling and simulation of eroding contact between a sphere and a plan penetration;
- simulation of eroding contact between a fan blade and an outside body;
- modeling and simulation of laminar and turbulent flow trough a pipe sistem;
• Period: Nov. 2001-Dec. 2002
Position: C.A.E. Engineer
Company & Location: Tofan Group-s.C. CERELAST S.A. Bucharest, Romania
Responsibilities:
Using: Ansys,Abaqus and Patran
Modeling and simulation of behavior in service life for various elastomer – based products (tires & rubber items used in automotive industry)
- model generation and parametric studies of structure geometry;
- curing process simulation;
- contact simulation between tire and rim ;
- tire – road contact in stationary or motion conditions;
Modeling and simulation of various type of metallic structures:
- items used in building construction;
- beam structures for metallic roofs;
- tools used in elastomer industry;
• Period: April –Nov. 2001
Position: Engineer
Company & Location: S.C.CONTACT S.A., Pitesti, Romania
Responsibilities:
Construction field:
- Outdoor and indoor buildings restorations;
- Rooftops restorations;
- Concrete foundations;
- Water supply executions
Technical Contributions
Main scientific publications:
• N.Dumbrăvescu, A.Enescu, Original technology applied for manufacturing a cantilever-type micro-accelerometer, Micromachining and Microfabrication Process Technology IX, MF 2004, Conference 5342, 28-29 January, San Jose, California, USA
• N.Dumbrăvescu, A.Enescu, Design optimisation applied to a cantilever-type piezoresistive accelerometer, Conference: The 14-th MicroMechanics Europe Workshop, Proc MME’03, pp.227-230, Delft, Olanda
• N.Dumbrăvescu, A.Enescu, Enhancements in design and technology applied to a high sensitivity piezoresistive accelerometer, Conference: The 3th National Matnantech Symposium, Comorova Complex, Neptun, Romania 31.07-03.08.2003
• N.Dumbravescu, A.Enescu, Solutions applied to increase the sensitivity a cantilever-type micro-accelerometer, Annual Semiconductor Conference, Proc. CAS’03, pp.205-208, Sinaia, Romania
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