ZHAO Lanhao

Name

Lanhao Zhao

Gender

Male

Date of Birth

1980.5

Position

Professor

Graduated Institution

Hohai University

Major

Hydraulic Structure Engineering

Degree

PhD

Telephone   Number

13914733646

E-mail

zhaolanhao@hhu.edu.cn

Research Interests

1. Fluid-structure coupling: landslide and impulse wave inreservoirs; FSI simulation of offshore wind turbines;   FSI and vibration simulation of pump & power plants; flow-induced   vibration of hydraulic machineries and hydraulic gates; vortex-induced   vibration

2. CFD-FEM-DEM: computational fluid dynamics; discrete element   method; coupled computational fluid dynamics (CFD)-finite element   (FEM)-discrete element (DEM) numerical simulation

3. Large-scale and high-performance parallel   computing: MPI   distributed parallel computing; explicit and implicit overlapping domain   decomposition algorithm; multi-grid method

4. Earthquake resistance of hydraulic structures: dynamic damage; dynamic contact; seismic input

Awards & Honors

National   Science and Technology Progress Award,2020

Provincial   and Ministerial Awards, 2011,2012,2013,2016,2018,2020

Achievements

Publish around 200 papers in   academic journals, including 52 retrieved by SCI. Publish 3 monographs,   authorize 15 invention patents and 4 software copyrights. Several representative   papers are listed as follows.

[1]Zhao L, Zhang H, Mao J, et   al. An ICLS-based method for solving two-phase seepage free surface   considering compressible gas in porous media[J]. Computers and Geotechnics.   2022.（TOP，IF=5.218）

[2]Zhao L, Zhang L, Mao J, et   al. An elastoplastic damage model of concrete under cyclic loading and its   numerical implementation[J]. Engineering Fracture Mechanics, 2022. （IF=4.898）

[3]Mu K, Mao J, Zhao L*, et   al. A simple Chimera grid method with an implicit Dirichlet/Neumann coupling   scheme for flows with moving boundaries[J]. Journal of Computational Physics,   2022.（TOP，IF=4.645）

[4]Liu Z, Zhang L, Zhao L*,   et al. A damage model of concrete including hysteretic effect under cyclic   loading[J]. Materials, 2022. （IF=3.748）

[5]Shao L, Mao J, Zhao L*, et   al. A three-dimensional deformable spheropolyhedral-based discrete element   method for simulation of the whole fracture process[J]. Engineering Fracture   Mechanics, 2022.（IF=4.898）

[6]Zhao L, Shao L, Mao J, et   al. A fracture model for the deformable spheropolygon-based discrete element   method[J]. Granular Matter, 2022. （IF=3.01）

[7]Zhao L, Shao L, Mao J, et   al. A deformable spheropolygon-based discrete element method[J]. Archive of   Applied Mechanics, 2022.（IF=2.467）

[8]Di Y, Zhao L*, Mao J, et   al. A resolved CFD-DEM-IBM algorithm for water entry problems[J]. Ocean   Engineering, 2021.（TOP，IF=4.372）

[9]Di Y, Zhao L*, Mao J. A   resolved CFD-DEM method based on the IBM for sedimentation of dense   fluid-particle flows[J]. Computers & Fluids, 2021. （IF=3.077）

[10]Mao J, Zhao L*, Liu X, et   al. A resolved CFDEM algorithm based on the immersed boundary for the   simulation of fluid-solid interaction[J]. Powder Technology, 2020.（TOP，IF=5.64）

[11]Mao J, Liu X, Zhang C,   Jia G, Zhao L*. Runout prediction and deposit characteristics investigation   by the distance potential-based discrete element method: the 2018 Baige   landslides, Jinsha river, China[J]. Landslides, 2020.（TOP，IF=6.153）

[12]Mao J, Zhao L*, Di Y, et   al. A resolved CFD-DEM approach for the simulation of landslides and impulse   waves[J]. Computer Methods in Applied Mechanics and Engineering, 2020.（TOP期刊，IF=6.588）

[13]Mao J, Zhao L*, Liu X, et   al. A resolved CFDEM method for the interaction between the fluid and the   discontinuous solids with large movement[J]. International Journal for   Numerical Methods in Engineering, 2020.（cover paper，IF=3.021）

[14]Zhao L, Liu X, Mao J, et   al. Three-dimensional distance potential discrete element method for the   numerical simulation of landslides[J]. Landslides, 2020.（TOP，IF=6.153）

[15]Zhang H, Zhao L*, Mao J,   Liu X. An efficient 3D iterative interface-correction reinitialization for   the level set method[J]. Computers & Fluids. 2020.（IF=3.077）

Projects

Hold 2 National Key Research & Development Projects,   2 National Natural Science Funds, 1  sub-project   of National Science & Technology Support Plan, 1  sub-project of National 863 Project,   1 public welfare industry special project sub-project of the Ministry of   Water Resources, 1  Fund of Fok Ying   Tung Education Foundation, and host or participate in more than 70 other   projects.

Personal Website

       https://www.researchgate.net/profile/Zhao-Lanhao