Conveners
Theoretical Modelling: Shock-wave and high strain-rate phenomena in high energy particle beam impacts
- Lorenzo Peroni (Politecnico di Torino)
Theoretical Modelling: Simulation of energy deposition and radiation damage effects for HiRadMat experiments using Monte Carlo tools
- Andreas Waets (CERN)
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Prof. Lorenzo Peroni (Politecnico di Torino)
The understanding of the material response in the case of high strain-rate, impact or shock loading is fundamental in several applications, including also high particle beam impacts. In order to be able to predict dynamic events it is necessary to adopt accurate and reliable numerical methods. To do this, first of all it was necessary to understand which are the involved variables. To reach...
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Andreas Waets (CERN)
Monte Carlo shower codes like FLUKA are essential for simulating beam-matter interactions for HiRadMat irradiation experiments. FLUKA has been extensively used for the preparation and analysis of LIU- and and HL-LHC-related HiRadMat tests, including tests for the HL-LHC collimators, the new HL-LHC injection protection absorber, and the new SPS-to-LHC transfer line collimators. The shower...
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