SCoPE: Higher-order mesh generation

Within its series “Spotlights in Computational Physics and Engineering (SCoPE)” DTU DRIVEN is welcoming Xi Zou from Swansea University (UK) for his short course on Geometry Persistent High-Order Finite Element Mesh Generation. The 4-parts short course takes place on 11 and 12 July 2024, 10h00-12h00, room MNO 1020. Further details are given in the poster.

SCoPE: Modeling of flexoelectric materials

Within its series “Spotlights in Computational Physics and Engineering (SCoPE)” DTU DRIVEN is welcoming David Codony from Universitat Politècnica de Catalunya – BarcelonaTech (UPC) for his short course on Mathematical and computational modeling of flexoelectric materials. The 4-parts short course takes place on 13 and 14 May 2024, 10h00-12h00, room MNO 1030 (Monday) and MNO … Continued

SCoPE: Multi-scale modelling of advanced engineering materials

Within its series “Spotlights in Computational Physics and Engineering (SCoPE)” DTU DRIVEN is welcoming Lei Liu from Chalmers University of Technology for his short course on Multi-scale modelling of advanced materials. The 4-parts short course takes place on 25 and 26 April 2024, 10h00-12h00, room MSA 2.230 and MSA 3.160. Further details are given in … Continued

SCoPE: Metamaterials – A continuum modelling approach

Within its series “Spotlights in Computational Physics and Engineering (SCoPE)” DTU DRIVEN is welcoming Gianluca Rizzi from the Chair of Continuum Mechanics at TU Dortmund for his short course on Metamaterials. The 4-parts short course takes place on 14 and 15 March 2024, 10h00-12h00, room MNO 1.030. Further details are given in the poster.

SCoPE: Isogeometric Reduced Order Methods

Within its series “Spotlights in Computational Physics and Engineering (SCoPE)” DTU DRIVEN is welcoming Margarita Chasapi from the Chair of Numerical Modelling and Simulation at EPFL Lausanne for her short course on Isogeometric Reduced Order Methods. The 4-parts short course takes place on 22 and 23 February 2024, 10h00-12h00, room MSA 3.070 and MSA 3.100. … Continued