home
The Capriccio group focuses on multiscale simulations of polymers and develops the Capriccio method, which implements a partitioned-domain coupling between a continuum and particle-based regions. Employing this novel technique and considering scale-bridging approaches of other groups, our particular interest is integrating processes at the atomistic and molecular scale into typical engineering scales. To this end, we investigate how molecular processes and macroscopic properties are linked to each other and how this knowledge can improve the performance of materials and structures.
During the 2nd Capriccio Special Seminar, Michael Falk from Johns Hopkins University presented a talk titled "Simulation-informed models for amorphous metal additive manufacturing." In his talk, Falk provided an overview of the amorphous metal additive manufacturing (AM2) technique and discussed its...
The 2nd Capriccio Special Seminar was initiated by the talk given by Sylvain Patinet on Thursday, April 26th. During the talk "Numerical modeling of plasticity
in amorphous solids", Sylvain presented a method encoding the global plastic activity in glasses using local yield stresses . Using this me...
Welcome to the Capriccio Special Seminar 2024!
In the 2nd Capriccio Special Seminar (CSS), we aim to establish a link between experimental observations and numerical analyses focusing on the physics of fracture in glassy materials, including inorganic and polymeric glasses as well as polymer comp...
Our paper "Time-temperature correlations of amorphous thermoplastics at large strains based on molecular dynamics simulations" has been published in Mechanics of Materials. Through molecular dynamics simulations, this paper illustrates the effects of time and temperature on amorphous polymers at lar...
We congratulate Jakob Seibert for publishing the results of his Bachelor's thesis in a peer-reviewed paper in Mathematics and Mechanics of Solids. In his publication, "Investigation of the influence of nano-sized particles on the entanglement distribution of a generic polymer nanocomposite using mol...
We congratulate Vincent Dötschel on his first publication, "Studying the mechanical behavior of a generic thermoplastic by means of a fast coarse-grained molecular dynamics model." This contribution presents the methodology and tools to generate and analyze molecular dynamics samples of an efficient...
