Andre Baramili Ceng, Ph.D Email & Phone Number

Glasgow, Gb

Glasgow, Scotland, United Kingdom

Management and execution of vibration and noise consultancy projects.

Glasgow, Scotland, United Kingdom

Detailed finite element modelling (FEA) of process piping to determine their fatigue endurance to acoustic and turbulence induced vibrations. Screening of onshore and offshore plants to identify the likelihood of fatigue-induced failure in process pipework according to the Energy Institute Guidelines. Engineering drawings for mitigation actions aimed at increasing the fatigue life of static equipment and structures subjected to dynamic loading. Site troubleshooting campaigns including offshore and remote onshore environment. Detailed vibration assessments, which may include the acquisition of vibration, dynamic pressure and stress data to deliver specialized diagnostic solutions. Management of the entire lifecycle of consulting projects, including the business development, planning, execution, financial management, communication with key stakeholders, reporting and collection of client feedback.

Glasgow, Scotland, United Kingdom

Project management and execution of both office and field-based vibration assessment projects. Wood Vibration, Dynamics and Noise (VDN) currently employs over 250 engineers and support staff and has offices in Glasgow, Southampton, Houston, Pittsburgh, Calgary, Kuala Lumpur, Beijing, Perth, and Brisbane; with application and field support in the Middle East and Africa.With almost 50 years of experience, we have completed thousands of successful projects, have long-term relationships with major customers, and have ‘best-in-class’ capabilities to address your vibration risks. To ensure a complete solution, VDN works as a trusted advisor to the owner’s staff and Engineering Consultants, OEMs, and equipment packagers.

Southampton, England, United Kingdom

Flow-structure interaction assessment. Modelling of the flow-induced vibrations using Ansys and coupling it with fluid flow data. Estimation of the fatigue life of structures subjected to flow-induced vibrations and acoustic-induced vibrations. On-site measurement campaigns, including offshore.

Lyon, Auvergne-Rhône-Alpes, France

Numerical development of integrated platforms for simplified computations of piping system’s vibration due to turbulent internal flow. Publishing of research results on flow-structure interaction from combined experimental and numerical approach that uses particle image velocimetry coupled to pressure fluctuations and vibration measurements in order to develop simplified methods for piping FIV estimations. Communication on international scientific conferences.

Lyon, Auvergne-Rhône-Alpes, France

Research engineer on Vibroacoustics - Ph.D concluded. Cifre Program: Vibratec Group/ University of Poitiers. Research focus: Flow-induced Vibrations on piping systems conveying dense fluids. Analysis skills:- Unsteady simulation of the internal flow and resulting pressure field, on StarCCM+;- Finite Elements Modelling, dynamic and acoustic response calculations on NX and ACTRAN;- Statistical analysis of the flow and pressure fields for the development of low-order models (MatLab);- Signal Processing (TestLab, MatLab, LabView);- Flow Field reconstruction from laser velocimetry measurements, using LaVision, Dantec and MatLab. Measurements skills:- Wall pressure and vibration measurements;- Particle Image Velocimetry (PIV) measurements: planar and stereo;- Modal Experimental Analysis.

Brasília, Brazil

Management of the public/private keys infra-structure for digital certification under responsibility of the Brazilian IRS. Contribution to new developments in internal legislation and policies concerning information security and data access.

Paris, Île-De-France, France

Research Internship leading to my Final Graduating Project named "Simulation and analysis of the aerodynamic noise: influence of the shape of an immersed body". Tailoring of a hybrid Fortran code combining the computation of the aerodynamic induced pressure distribution around a bluff body to the resulting acoustic intensity radiated by the obstacle, which was submitted to a low-Reynolds flow. The goal was to study the influence of its shape on the resulting aerodynamic noise. Development of signal and results treatment using MatLab.

Echange - M2, Génie Mécanique

Expertise - Numerical Simulation of Fluid Systems

Bachelor'S Degree, Mechanical Engineering

Doctor Of Philosophy (Ph.D.), Vibroacoustics: Flow-Induced Vibrations In Pipeline Systems

Cifre program.

Summer Program For Engineers At The Estp/Epf Paris, French As A Foreign Language, C1