hydrogels

pyMBE provides tools to facilitate building up molecules with complex architectures in the Molecular Dynamics software ESPResSo. For an up-to-date API documention please check our website:

Multi-Material Topology Optimization of Programmable Gel-Elastomer Structures

Simulates the unconfined compression of nonlinear poroelastic materials

Plataforma automatizada de alto rendimiento para la síntesis, caracterización mecánica hertziana y diseño inverso basado en datos de hidrogeles biocompatibles mediante aprendizaje automático.

Materials-informatics workflow for curating hydrogel bioink formulation, rheology, and 3D-printing records, with provenance, record-linkage checks, and separate API and benchmark exercises

Academic portfolio focused on biomaterials, lignin-based systems, alginate hydrogels, controlled drug delivery, and GitHub documentation practice.

Quad-Extrusion Bioprinter