slot gacor
judi bola
gb777
gacor 131
judi bola
slot dana
slot demo
judi bola
slot triofus
akun pro thailand
akun pro lebanon
akun pro kamboja
akun pro malaysia
akun pro vietnam
slot gacor
slot gacor88
slot hoki
dominoqq
dominoqq
pkv games
bandarqq
dominoqq
pkv games
slot hoki
togel hk
togel singapore
depo 25 bonus 25
slot deposit pulsa tanpa potongan
idn slot
slot777
idnslot
slot triofus
slot bni
slot bonus
slot bri
slot bsi
slot dana
slot mahjong
slot kakek zeus
pkv games
poker online
rtp slot
game slot
slot gacor
slot123
slot thailand
bandarqq
pkv games
pkv games
bandarqq
bandarqq
bandarqq
pkv games
pkv games
pkv games
pkv games
pkv games
pkv games
pkv games
pkv games
pkv games
pkv games
pkv games
pkv games
poker online
qq
qq
qq poker
dominoqq
dominoqq
dominoqq
slot88
slot77
slot qris
slot pulsa
idn slot
judi online
joker123
togel123
togel hk
pgsoft
slot hoki
mpo play
slot123
slot terbaru
slot triofus
sbobet88
slot resmi
jam hoki main slot
slot resmi
bocoran admin jarwo
slot pulsa
pkv games
mix parlay
slot demo
pkv games
mpo slot
mix parlay
bandarqq
slot deposit pulsa
slot demo
pgsoft
ding dong togel online
pkv games
pkv games
pkv games
pkv games
pkv games
pkv games
bandarqq
bandarqq
bandarqq
bandarqq
bandarqq
bandarqq
bandarqq
bandarqq
bandarqq
bandarqq
bandarqq
dominoqq
dominoqq
dominoqq
dominoqq
dominoqq
mpo slot
togel singapore online
judi online
slot123
slot hoki
slot hoki
slot hoki
slot hoki
slot pulsa
slot resmi
jam hoki main slot
togel hk
bocoran admin jarwo
togel online
togel online
togel hk
bocoran admin jarwo
pg soft
dominoqq
bandarqq
slot resmi
slot terbaru
Lorenzo Valdevit
University of California, Irvine
Home
Research
Publications
Teaching
Gallery
Facilities
News
Contact
Gallery
Cube-octet carbon nano-lattice
Cube-octet carbon nano-lattice with specific strength higher than diamond (false colorized SEM image)
SiOC microvillar cracked upon unloading
This SiOC micropillar, fabricated by 2pp-DLW of a pre-ceramic resin followed by pyrolysis, was loaded to 20% compressive strain and deformed plastically. The cracks developed upon unloading.
Carbon nanospinodal
Carbon spinodal shell nanolattice fabricated by two-photon-polymerization of IP-Dip, followed by pyrolysis. The SEM image is false colorized.
Carbon nanolattice
Carbon nanolattice fabricated by two-photon-polymerization of IP-Dip, followed by pyrolysis.
Carbon nanolattice
Detail of carbon nanolattice fabricated by two-photon-polymerization of IP-Dip, followed by pyrolysis. The bar diameter is approximately 125 nm.
Carbon nano-dogbone
Test coupon for characterization of tensile properties of Carbon nanostructures fabricated by two-photon polymerization Direct Laser Writing (DLW) of IP-Dip, followed by pyrolysis.
Nanolattice Fabrication by Direct Laser Writing
Schematic of the two-photon polymerization Direct Laser Writing (DLW) technique for fabrication of nano-scale metamaterials and complex nano-structures.
Nodal crack modeling in a hollow lattice
Finite Elements (FE) simulation of crack propagation around the node of a hollow lattice subjected to external compression,
Shell spinodal metamaterial
Nanoscale shell-based metamaterial with spinodal topology, fabricated by two-photon polymerization Direct Laser Writing (DLW).
Solid spinodal metamaterial
Nanoscale metamaterial with solid spinodal topology (50% density), fabricated by two-photon polymerization Direct Laser Writing (DLW).
Multistable Shape-Reconfigurable Architected Materials
Cover Art for our paper on Multistable Shape-Reconfigurable Architected Materials
3D Printed Multi-stable Mechanical Metamaterial
Multi-stable mechanical metamaterial in closed (left) and open (right) configurations, 3D printed by material jetting with a Stratasys Objet Connex 3.
Multi-stable mechanical metamaterial
Implementation of a 3D multi-stable mechanical metamaterial, fabricated by a combination of laser cutting (for the bars) and stereolithography (for the joints).
Topology Optimization of Multi-phase Metamaterials
Example of optimized 2D topology for high stiffness, low density and high damping under wave propagation.
Hybrid Microlattice
Metal/polymer lattice material fabricated at HRL Laboratories