#### Filter Results:

- Full text PDF available (5)

#### Publication Year

2004

2017

- This year (1)
- Last 5 years (3)
- Last 10 years (5)

#### Publication Type

#### Co-author

#### Journals and Conferences

Learn More

- Pierre Bauer, Daniel Leroy, +49 authors Charles Niqueletto
- 2004

The main superconducting magnets (bending dipoles and focusing quadrupoles) for the Large Hadron Collider (LHC), presently under construction at CERN at the outskirts of Geneva (Switzerland), use superconducting cables made from copper-matrix / niobiumtitanium-superconductor strands. The strands for the LHC magnets have typically a diameter of 1mm, a copper… (More)

In the field of applied superconductivity, there is a growing need to better understand heat transfers in superconducting accelerator magnets. Depending on the engineering point of view looked at, either 0-D, 1-D, 2D or 3Dmodeling may be needed. Because of the size of these magnets, alone or coupled together, it is yet, impossible to study this numerically… (More)

- Pier Paolo Granieri, Marco Calvi, P. Xydi, Bertrand Baudouy, David F. Bocian, Luca Bottura
- 2008

The commissioning and the exploitation of the LHC require a good knowledge of the stability margins of the superconducting magnets with respect to beam induced heat depositions. Previous studies showed that simple numerical models are suitable to carry out stability calculations of multi-strands cables, and highlighted the relevance of the heat transfer… (More)

- Cyprien Soulaine, Michel Quintard, Hervé Allain, Bertrand Baudouy, Rob Van Weelderen
- Computer Physics Communications
- 2015

This paper presents a segregated algorithm to solve numerically the superfluid helium (He II) equations using the two-fluid model. In order to validate the resulting code and illustrate its potential, different simulations have been performed. First, the flow through a capillary filled with He II with a heated area on one side is simulated and results are… (More)

- Bertrand Baudouy
- 2009

The heat-bal ance in te gral method is used to solve the non-lin ear heat dif fu sion equa tion in static tur bu lent superfluid he lium (He II). Al though this is an ap prox i mate method, it has proven that it gives so lu tions with fairly good ac cu racy in non-lin ear fluid dy nam ics and heat trans fer. Us ing this method, it has been pos si ble to de… (More)

- Cyprien Soulaine, Michel Quintard, Bertrand Baudouy, Rob Van Weelderen
- Physical review letters
- 2017

We investigate numerically, for the first time, the thermal counterflow of superfluid helium past a cylinder by solving with a finite volume method the complete so-called two-fluid model. In agreement with existing experimental results, we obtain symmetrical eddies both up- and downstream of the obstacle. The generation of these eddies is a complex… (More)

- ‹
- 1
- ›