Freelancer profile translated to English.

Description

Hello everyone,

A brief description of my experience that led to my skills:

• Stress Engineer and Head of Engineering Department for over 10 years in various industrial sectors (petrochemical, Oil & Gas, nuclear, renewable energy, waste recovery, ...).

• Expert / Referent Stress Engineer for 3 years in the energy sector (Oil & Gas, nuclear, Environment).

• Head of an Engineering Hub for 5 years thereafter,

Expertise in the following analyses:

• Flexibility Analysis (Steam and hot water) + Support

• Pressure Equipment Analysis (analytical and FEA)

• Metal / Welded Structure Analysis + Connections

• Numerical Simulation using the Finite Element Method

• CFD Simulation (Fluid, Wind)

Types of calculation skills:

- Flexibility analysis

- Support calculation

- Pressure equipment analysis

- Finite element method analysis

- Nozzle, flange analysis, ...

... and others

Types of calculation standards I master:

- Eurocode

- EN 1090

- EN 13480

- EN 13445

- EN 1092

- ASME

- EN 12952

- RCC-M

- AD Merkblatt (AD2000)

- Taylor Forge Method (flange calculation)

... and others

I can provide deliverables such as:

Calculation Note, Methodology Note, Technical Specification, Technical and Commercial Offer according to specifications.

I also conduct training in partnership with a QUALIOPI certified organization, training on the use of CAD software and Calculation software:

- ANSYS Mechanical + LS-DYNA + ANSYS CFX

- Robot Structural Analysis Pro

- Caesar II

- CAEPIPE

- PIPESTRESS DST

- RSTAB

- RFEM

- AutoPIPE Vessel

- NozzlePRO

- SolidWorks / SolidWorks Simulation / SolidWorks Flow Simulation

- others

Industry field of expertise

Languages

French
Native or bilingual
English
Fluent

Workplace preferences

Can work on-site

Marseille 8e Arrondissement (up to 10km)

OLYS Engineering
Head of Engineering Hub (Stress Analysis)
ENERGY AND UTILITIES
January 2023 - June 2023 (5 months)
Marseille, France
Sale of EFINOR Engineering IDF to FRAMATOME via OLYS Engineering.

Assisted FRAMATOME on a project.
Project involved verifying existing installations (piping networks, Pressure Equipment, supports) by applying the latest standards in force following Post-Fukushima.

In parallel, fixed-price projects such as: dimensioning of an extension structure on either side of a Monorail, new anchor bolts, and verification of existing anchor bolts.
microsoft 365 dst pipestress robot structural analysis pro Eurocodes rcc-m asme
EFINOR ENGINEERING IDF
Head of Engineering Hub (Stress Analysis)
MECHANICAL ENGINEERING
October 2018 - December 2022 (4 years and 3 months)
Marseille, France
CNIM Division Environnement
Referent Stress Engineer
ENVIRONMENTAL
February 2017 - September 2018 (1 year and 8 months)
La Seyne-sur-Mer, France
- Management of the piping part of projects.
- Flexibility analysis of waste recovery plants.
- Design and verification of supports.
- Analysis of turbine ducts using the finite element method (Ø3500mm).
- Support study, optimization of support layout and their functions in collaboration with general installation teams.
- Modification of piping layouts according to calculations and engineer's advice.

• Earl’s Gate Project (Scotland): Steam export flexibility analysis (from boilers to client flanges), improvement of network design (DN450 and DN200), definition of supports, calculation of load transfers for rack calculation. Rack calculation. (EN13480, Eurocode)

• Sharjah Project (United Arab Emirates): Turbine exhaust duct analysis (Ø3720mm), wind and seismic load analysis (1.1g (x;y); 1.08g (z)).
Stress validation, support types, and load transfers.
(ASME, ADIBC, ASCE 7)

• Belgrade Project (Serbia): Turbine exhaust duct analysis (Ø3324mm), wind, snow, and seismic load analysis (0.36g (x;y)).
Stress validation, definition of support types, and calculation of load transfers for GC.
(EN13480, Eurocodes)

• ADFER Park Project (United Kingdom): Project calculation referent, responsible for piping networks to be calculated (superheated steam, condensate, feedwater, turbine exhaust duct).
Flexibility analysis, support calculation/verification (point for mechanical resistance verification), drafting/verification of calculation notes. Modification/validation of piping routings according to calculations and environmental constraints.
Nozzle, flange analysis, preliminary calculation of certain ESPs to obtain allowable limits for nozzles.
Contact with subcontractors, verification/validation of subcontracted calculations (Turbine Duct, supports, structures).
Verification/validation of specifications for certain equipment.
Introduction to Process.
(EN13480, Eurocodes)

• THIVERVAL Project (France): In collaboration with the pipefitter on the Saint Aubin site (site surveys and photos), design of a routing from the turbine to the air coolers, definition of supports.
Structure calculation to obtain load transfers. (EN13480, Eurocodes (wind))

• KEMSLEY Project (United Kingdom): Flexibility analysis of 2 piping lines attached to the boiler (saturated steam and superheated steam). (EN13480, Eurocodes) - Responsible for verifying technical specifications, calculation notes, and other subcontractor documents