Conference paper information

Mechanical Behavior of TPMS Geometries: Experimental and Numerical Analysis for Optimization of Medical Implants Design

X. Soldani, E. Paz, M. Jiménez Calzado, T. Jiménez Solanilla

34th Annual Conference of the European Society for Biomaterials - ESB 2025, Turin (Italy). 07-11 September 2025

Spanish layman's summary:

Las estructuras TPMS son una opción prometedora para scaffolds óseos en impresión 3D. Este estudio compara, con simulación y ensayos mecánicos, Gyroid y Schwarz D, mostrando que Schwarz D ofrece mayor rigidez y absorción de energía.

English layman's summary:

TPMS structures are a promising option for bone scaffolds in 3D printing. This study compares Gyroid and Schwarz D geometries through simulations and mechanical testing, showing that Schwarz D provides greater stiffness and energy absorption.

Keywords: TPMS, 3D Printing, Scaffold, Finite Elements; TPMS, Impresión 3D, Scaffold, Elementos Finitos

Publication date: 07-Sep-2025.

Citation:
X. Soldani, E. Paz, M. Jiménez Calzado, T. Jiménez Solanilla, "Mechanical Behavior of TPMS Geometries: Experimental and Numerical Analysis for Optimization of Medical Implants Design", presented at 34th Annual Conference of the European Society for Biomaterials - ESB 2025, Turin, Italy, 07-11 September 2025

Research topics:

Biomaterials

Research groups:

Instituto de Investigación Tecnológica (IIT)
Uniones Adhesivas y materiales compuestos

ODS:

Goal 3: Health and well-being

IIT-25-318C_poster

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