Table 2 List of the presentation in INVITED Lectures

I-1

A stable and efficient meshfree method for simulating large-deformation landslides

Zirui Mao

University of Cincinnati, US

I-2

Investigations of earthquake-induced failure of jointed rock slopes using the hybrid finite-discrete element method

Qi Zhao

The Hong Kong Polytechnic University, Hong Kong, China

I-3

Seismic reliability analysis of slopes based on data-driven method

Rui Pang

Dalian University of Technology, China

I-4

Earthquake-induced permanent displacement of slope with multiple sliding planes

Jian Song

Hohai University, China

I-5

Probabilistic approach to the performance-based seismic assessment of retaining structures

Hongqiang Hu

Zhejiang University, China

I-6

Coriolis effect in centrifuge modeling of the post-failure flow behavior of slope

Bei Zhang

Chang’an University, China

I-7

Unsteady motion process of landslide debris flows characterized by micro-seismic signals

Wuwei Mao

Tongji University, China

I-8

Multi-objective optimization design of pile-anchor structures for slopes considering the spatial variability of soil properties

Zhengying He

Tongji University, China

I-9

Research on large displacement shear characteristics of sand particles affected by high temperature

Suran Wang

University of Shanghai for Science and Technology, China

I-10

Steady granular rheology subject to coexistence of multiple regimes

Chongqiang Zhu

University of Dundee, UK

I-11

Modelling large deformation slope failure with Smoothed Particle Hydrodynamics (SPH)

Ruofeng Feng

The University of Manchester, UK

I-12

Thermal property improvement of slope stabilized by cement mixing technology

Benyi Cao

University of Surrey, UK