Follow
Hai Mei
Title
Cited by
Cited by
Year
Effects of water on the mechanical properties of silica glass using molecular dynamics
H Mei, Y Yang, ACT van Duin, SB Sinnott, JC Mauro, L Liu, Z Fu
Acta Materialia 178, 36-44, 2019
342019
A rate-dependent peridynamic model for the dynamic behavior of ceramic materials
B Chu, Q Liu, L Liu, X Lai, H Mei
Computer Modeling in Engineering & Sciences 124 (1), 151-178, 2020
252020
Molecular dynamics simulations of the microstructure of the aluminum/alumina interfacial layer
H Mei, Q Liu, L Liu, X Lai, W She, P Zhai
Applied Surface Science 324, 538-546, 2015
222015
An analysis of flexoelectric coupling associated electroelastic fields in functionally graded semiconductor nanobeams
L Chu, G Dui, H Mei, L Liu, Y Li
Journal of Applied Physics 130 (11), 2021
152021
A modified rate-dependent peridynamic model with rotation effect for dynamic mechanical behavior of ceramic materials
Y Liu, L Liu, H Mei, Q Liu, X Lai
Computer Methods in Applied Mechanics and Engineering 388, 114246, 2022
122022
The effect of heating rate on sintering mechanism of alumina nanoparticles
D Wang, H Mei, L Liu, J Zhang
Journal of the American Ceramic Society 105 (12), 7149-7158, 2022
62022
Numerical investigation on anti-penetration behavior of ceramic/metal target under ballistic impact
H Mei, YC Wang, X Liu, DF Cao, LS Liu
Journal of Physics: Conference Series 419 (1), 012054, 2013
52013
Thermo-Mechanical Coupling Model of Bond-Based Peridynamics for Quasi-Brittle Materials
H Zhang, L Liu, X Lai, H Mei, X Liu
Materials 15 (20), 7401, 2022
32022
First-Principles Study on the Tensile Properties and Failure Mechanism of the CoSb3/Ti Interface
W She, Q Liu, H Mei, P Zhai, J Li, L Liu
Journal of Electronic Materials 47, 3210-3217, 2018
32018
Molecular dynamics study on the mechanical characteristics of Al-terminated Al/α-Al 2 O 3 interface under tensile loading
X Lai, L Liu, H Mei, P Zhai
International Journal of Materials and Product Technology 42 (1-2), 74-86, 2011
32011
The Coupled Thermo-Chemo-Mechanical Peridynamics for ZrB2 Ceramics Ablation Behavior.
Y Li, Q Liu, L Liu, H Mei
CMES-Computer Modeling in Engineering & Sciences 135 (1), 2023
22023
Boron carbide nanopillars under impact loading: Mechanical response and amorphous bands formation mechanism
X Li, X Yang, H Mei, L Liu, S Xu, J Zhang
Computational Materials Science 214, 111746, 2022
22022
Effect of twin boundary on the initial yield behavior of magnesium nanopillars under compression: Molecular dynamics simulations
H Mei, S Xu, L Liu, W She, J Li, Z Fu
Materials Research Express 5 (2), 026513, 2018
22018
Analysis of mechanical properties of nanocrystalline Al+ α-Al2O3 composites using molecular dynamics simulation
H Mei, LS Liu, X Lai, PC Zhai
Journal of Physics: Conference Series 419 (1), 012049, 2013
22013
A Bond-Based Peridynamic Model with Matrix Plasticity for Impact Damage Analysis of Composite Materials
M Sun, L Liu, H Mei, X Lai, X Liu, J Zhang
Materials 16 (7), 2884, 2023
12023
Numerical Simulation on Laser Shock Peening of B4C-TiB2 Composite Ceramics
X Wang, B Chen, F Zhang, L Liu, S Xu, H Mei, X Lai, L Ren
Materials 16 (3), 1033, 2023
12023
Implementation of OpenMP Parallelization of Rate-Dependent Ceramic Peridynamic Model.
H Zhang, Y Liu, L Liu, X Lai, Q Liu, H Mei
CMES-Computer Modeling in Engineering & Sciences 133 (1), 2022
12022
First-Principles Study on Lattice Structures and Bonding Character of CoSb3/Ti Interface
W She, Q Liu, H Mei, P Zhai, J Li, L Liu
Journal of Electronic Materials 46, 2929-2935, 2017
12017
An improved charge transfer ionic-embedded atom method potential for aluminum/alumina interface system based on damped shifted force method
H Mei, Q Liu, L Liu, X Lai, J Li
Computational Materials Science 115, 60-71, 2016
12016
Numerical simulation of the dynamic performance of the ceramic material affected by different strain rate and porosity
Z Wang, LS Liu, H Mei, X Lai, PC Zhai, DF Cao
Journal of Physics: Conference Series 419 (1), 012044, 2013
12013
The system can't perform the operation now. Try again later.
Articles 1–20