- Ph.D. in Mechanical Engineering, California Institute of Technology, 2016
- M.S. in Mechanical Engineering, California Institute of Technology, 2013
- B.S. in Mechanical Engineering, University of California Los Angeles, 2011
- Post-Doctoral Researcher, University of Cambridge, Jan 2017 – Dec 2018
Professor Meza’s research investigates the mechanics of architected materials at micro- and nanometer length scales. In this, he studies methods for harnessing the novel properties of nanomaterials in bulk materials. He uses a range of micro- and nanofabrication techniques to create new classes of nanoarchitected materials with unprecedented mechanical properties. These include ceramics that bounce back after compression to over 50% strain and fractal-like architectures that can hierarchically tune mechanical properties at different length scales.
His work often centers around bioinspired materials, especially given that the techniques used by his group can approach and replicate the length scale and complexity of natural materials. He is interested in materials for extreme environments (irradiation, temperature, ballistic impact, etc), designing for electrical and thermal performance to make multifunctional materials, and making biocompatible materials for operation in medical devices.
- LR Meza, G Phlipot, CM Portela, A Maggi, LC Montemayor, A Comella, DM Kochmann, JR Greer, “Reexamining the Mechanical Property Space of 3D Lattice Architectures” Acta Materialia 140 (2017)
- J Bauer, LR Meza, R Schwaiger, X Zheng, TA Schaedler, L Valvedit, “Nanolattice Materials: An Emerging Class of Mechanical Metamaterials” Advanced Materials 29 (Invited Progress Report) (2017)
- LR Meza, AJ Zelhofer, N Clarke, AJ Mateos, DM Kochmann, JR Greer, “Resilient 3D Hierarchical Architected Metamaterials” Proceedings of the National Academy of Sciences 112 (2015)
- LR Meza, S Das, JR Greer, “Strong, Lightweight, and Recoverable Three-dimensional Ceramic Nanolattices” Science 345 (2014)
- LR Meza, JR Greer “Mechanical Characterization of Hollow Ceramic Nanolattices” J. Materials Science 49 (2014)
Honors & awards
- Featured on the cover of Proceedings of National Academy of Sciences (2015)
- Robert W. Cahn Paper of the Year Award (2014)
- Featured on the cover of Nature Materials (2013)
Bubbles for toughness
UW researchers collaborate to investigate and advance nanofoams, a new tiny but mighty material.
New funding for nano-bubbled plastics
A grant from NSF will support research to study nanostructured foam plastics that are both light and tough.
Mechanical engineering on the nanoscale
In conjunction with the Institute for Nano-Engineered Systems, ME faculty are developing new materials, systems and devices for environmental monitoring and health care.