Skip to content
Please check an answer for every question.
Cookie settings

Total may deposit the following categories of cookies: Cookies for statistics, targeted advertising and social networks. You have the possibility to disable these cookies, these settings will only be valid on the browser you are currently using.

Enabling this cookie category allows us to establish statistics of traffic on the site. Disabling them prevents us from monitoring and improving the quality of our services.
Our website may contain sharing buttons to social networks that allow you to share our content on these social networks. When you use these sharing buttons, a link is made to the servers of these social networks and a third-party cookie is installed after obtaining your consent.
Enabling this cookie category would allow our partners to display more relevant ads based on your browsing and customer profile. This choice has no impact on the volume of advertising.

Marianne Cuif Sjöstrand

R&D

Marianne Cuif Sjostrand - Exploration Production - Total

Marianne Cuif Sjöstrand - Numerical Analyst & Computer Scientist

Marianne holds an International Research Masters in numerical simulations of turbulent flows from Chalmers University of Technology in Sweden and a Masters in thermal dynamics and heat transfer from Institut de Mécanique des Fluides in Toulouse, France. She also has an engineering degree with an energy major from IMT Mines Albi-Carmaux in France. Marianne completed her doctorate in fluid mechanics and numerical calculation in 2012, writing her thesis on DNS analysis of a cubic meso-scale combustion chamber.

She joined Total in 2014 as a high-performance computing (HPC) developer. Marianne worked on seismic acquisition and technological innovation R&D projects for three and a half years, notably in the areas of seismic modeling and data compression. She led the CARBON project to industrialize a collaborative platform for developing scientific codes. Since 2018, she has been working on computing code performance and user data analysis for reservoir métier R&D.

She is the author of several publications and patents and has participated in numerous scientific conferences.

View Marianne's profile on LinkedIn.

 

Publications

- "No-slip Wall Boundary Condition in the Incompressible Limit," Computer & Fluids, Marianne Cuif Sjöstrand, Yves D'Angelo.

- "DNS analysis of a cubic meso-scale combustion chamber: I. Cold flow topology & dynamics," Combustion & Flame, Marianne Cuif Sjöstrand, Yves D'Angelo.

- "DNS analysis of a cubic meso-scale combustion chamber: II. Reactive flow simulations," Combustion & Flame, Marianne Cuif Sjöstrand, Yves D'Angelo, N. Swaminathan.

Best Innovators 2019

Wavelet Packet Compression (WPC) for Seismic Data