In this work we present a hybrid physics-based and data-driven learning approach to
construct surrogate models for concurrent multiscale simulations of complex material …

An adaptive discretization refinement strategy for steady state discrete mesoscale models of
coupled mechanics and mass transport in concrete is presented. Coupling is provided by …

Abstract 3D printed polymeric reinforcement has been found able to improve the ductility of
cementitious materials. However, due to the hydrophobic nature of commonly used 3D …

This paper describes the development of a discrete lattice model for simulating structures
formed from self-healing cementitious materials. In particular, a new approach is presented …

This paper presents perspectives and progress in the emerging field of architected
infrastructure materials. Recent developments in advanced and additive manufacturing with …

This study investigates the design of additive manufacturing for controlled crack propagation
using process parameters and lattice structures. We examine two lattice types—octet-truss …

This work aims to make an initial attempt to the controllable fracture performances of sheet
lattices. Four types of variable-thickness sheet lattices (VTSLs) are designed using the …

Nature has developed abundant biological design motifs for arranging modest materials into
complex, damage-tolerant architectures. The bouligand architecture found in the endocuticle …