This website uses cookies (to show videos, interactive maps and to simplify content sharing with friends).
By viewing pages on this site you agree with the usage of cookies.
I agree / more information / I disagree

 
logo VisitorsPartnersMedia

Username: Password:

8th working meeting of the SESAME project, TUD, Delft, the Netherlands

Project SESAME is a project within the European project Horizon 2020. The three main objectives of the SESAME project are: the development and validation of advanced numerical approaches for the design and safety evaluation of advanced reactors; achievement of a new or extended validation base by creation of new reference data; and establishment of Best Practice Guidelines. Project results are expected to be used in the planning and improvement of fourth generation reactors such as ASTRID, MYRRHA, ALFRED and SEALER. The project is divided into 7 work packages. 23 organizations from the European Union and two organizations from the USA are involved in the project.

In the first, common part of the meeting, organizations that prepare experimental facilities and the simulations of these, present progress in the facilities construction, experimental work and analysis of the simulation results. The meeting continued with joint and distributed work by individual work packages.

The meeting took place from 2nd to 4th of October at the premises of the TUD organization in Delft in the Netherlands. The meeting was attended by Jure Oder as a representative of the Reactor Engineering Division. In the first part of the meeting, he presented results of a direct numerical simulation of liquid sodium through a backward step with a heater.

NEWS
Enhanced Strain Gradient Crystal Plasticity Theory: Evolution of the Length Scale during Deformation
Enhanced Strain Gradient Crystal Plasticity Theory: Evolution of the Length Scale during Deformation Amirhossein Lame Jouybari, dr. Samir El Shawish and prof. dr. Leon Cizelj from the Reactor Engineering Division (R4) at Jožef...
Fast Fourier transform approach to strain gradient crystal plasticity: Regularization of strain localization and size effect
Fast Fourier transform approach to strain gradient crystal plasticity: Regularization of strain localization and size effect Amirhossein Lame Jouybari, dr. Samir El Shawish and dr. Leon Cizelj from the Reactor Engineering Divis...
Extending intergranular normal-stress distributions using symmetries of linear-elastic polycrystalline materials
Extending intergranular normal-stress distributions using symmetries of linear-elastic polycrystalline materials Dr. Samir El Shawish from the Reactor Engineering Division at Jožef Stefan Institute published the research artic...
mobile view