Proceedings of the 2026 2nd International Conference on Engineering Management and Safety Engineering (EMSE 2026)

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18 articles
Proceedings Article

Peer-Review Statements

Jingxiao Zhang, Sophia C. Alih, Olanrewaju Abdullateef Ashola, Hongyong Liu
All of the articles in this proceedings volume have been presented at the 2026 2nd International Conference on Engineering Management and Safety Engineering (EMSE 2026) during March 20-22, 2026 in Chengdu, China. These articles have been peer reviewed by the members of the Scientific Committees and reviewers...
Proceedings Article

Risk Assessment and Management Strategies for Supply Chain Disruptions in the Digital Intelligence

Yu Huang
Global supply chains face increasing disruption risks due to pandemics, geopolitical tensions, and extreme weather events. This study examines whether digitalization mitigates supply chain disruption risk, using panel data of Chinese A-share manufacturing firms from 2010 to 2023. A fixed-effects regression...
Proceedings Article

Ship-Collision Causation Model of the Grand Canal Based on Formal Concept Analysis

Zhirong Tan, Lingchen Bao, Tiancheng Wang
[Aim] It is essential to set up a simplified causation model in the Grand Canal so as to prevent ship-ship collision frequently. [Data] from year 2018 to 2022, 217 ship collision accidents retrieved from Suzhou Wujiang section. [Method] To apply a complex network model, a visibility graph algorithm could...
Proceedings Article

Research on Cold Recycling Technology of Asphalt Pavement

Wanmin Diao, Sufeng Zhang, Hongliang Zhang, Hu Yang, Haiming Lan, Yikai Zhang, Zhenguo Zhao
The paper describes the research progress of cold recycling technology based on three traditional stabilizers, and the strength formation mechanisms of different types of the cold-recycled mixture were introduced. The design method of the cold recycling mixture and its defects were analysed. On this...
Proceedings Article

Fatigue and Damage Tolerance Airworthiness Research of Structural Repairs and Alterations of Transport Airplanes

Chencheng Han, Xinchen Zhang
Subpart E of Chinese Civil Avialion Regulation - Continued Airworthiness and Safety Improvement for Transport Category Airplanes (CCAR-26), requires for the evaluation of airplanes structures after repairs and modifications. This study analyzes the requirements of CCAR 26.41, CCAR 26.43, CCAR 26.45,...
Proceedings Article

Numerical Investigation of the Aerodynamic Characteristics of a Streamlined Box Girder

Jianjun Zhang
A numerical investigation of the aerodynamic characteristics of a streamlined box girder was conducted based on computational fluid dynamics (CFD). The SST k–ω turbulence model was employed to simulate the flow field around the girder. The time histories of the three-component aerodynamic forces, the...
Proceedings Article

Transient Unsaturated Seepage and Stability of a Homogeneous Earth Dam: A Case Study

Yihan Yu, Bingkuo Song
Rapid reservoir level fluctuations drive transient seepage evolution in earth dams and induce redistribution of stress and deformation, thereby affecting slope stability. This study investigates a homogeneous earth dam in a small reservoir using a two-dimensional finite element model. Transient seepage...
Proceedings Article

Risk Assessment of Tunnel Construction Based on Grey Theory Optimization Model

Linfeng Zhou, Jia Wang, Yuchuan Li
Railway tunnel construction projects are typically carried out under complex geological conditions, involving substantial investment and extended construction periods. Accidents can disrupt normal construction progress while causing significant economic and human losses. Therefore, conducting a comprehensive...
Proceedings Article

Safety Analysis of Building Structures in Shallow-Buried Section of Tunnel under Complex Geological Conditions

Yuchuan Li, Linfeng Zhou, Yang Song
This paper focuses on the safety of building structure in shallow-buried section of complex geological tunnel, and takes Banzhulin Tunnel of Xubi Railway as an example, and analyzes the impacts of tunnel construciton on the surface building structures in shallow-buried section using the Midas GTS NX...
Proceedings Article

From Correlation to Causality: Mechanism Identification and Multi-Objective Optimization for Flight Carbon Emissions

Beichen Zhao, Gaonan Geng, Tiansen Liu
To address the challenges of carbon emission governance in the aviation industry, this paper proposes a dynamic flight route optimization framework leveraging multi-modal data fusion and causal inference. The framework begins by integrating flight parameters with meteorological data to identify key drivers...
Proceedings Article

Discovering Nonlinear Urban Heat Drivers Through Bayesian-Optimised Boosted Trees

Xiao Zhang, Tao Wu
Urban thermal environments are shaped by complex interactions between built form and ecological elements, yet many studies still rely on linear assumptions that obscure threshold and stage-dependent behaviours. This study investigates the nonlinear drivers of daytime Land Surface Temperature (LST) in...
Proceedings Article

Engineering Application and Key Technologies of CIPP Rehabilitation for Natural Gas Pipelines

Juan Xiong, Jia Jiang, Xingsi Cheng, Xiaobo Wu, Zongbao Xie, Jian Li
Traditional rehabilitation of natural gas pipelines often relies on large-scale excavation, which causes significant traffic disruption and notable environmental impact. As an efficient alternative, trenchless cured-in-place pipe (CIPP) lining technology can substantially reduce interference with surface...
Proceedings Article

Numerical Analysis of Thermal Disturbance and Temperature Field Evolution Induced by Bored Pile Construction in Permafrost Regions

Julong Yuan
During the construction of bored piles, the heat released from cement hydration inevitably induces thermal disturbance in the surrounding permafrost, thereby altering the temperature field of the pile–soil system and influencing the refreezing process of frozen ground. Taking a bridge pile foundation...
Proceedings Article

Research on the Renovation of Comprehensive Hub Stations and Passenger Flow Dispersal Based on Queuing Theory

Yuanming Wang, Zhiqiang Rao
With the increasing population density in popular cities and the surge in new tourist flows driven by short-video platforms, passenger volumes at major high-speed rail hubs have risen continuously, especially during holidays, posing challenges for emergency evacuation. Taking Beijing South Railway Station...
Proceedings Article

Torque Sum Analysis Method for Slope Stability Based on Limit Equilibrium

Jun Yang, Yiming Zhu, Cheng Liu
The torque sum method is an analytical method proposed on the basis of the vector sum method by considering slope rotation. Aiming at the limitations that the torque sum method (TSM) fails to satisfy the mechanical equilibrium conditions under limit equilibrium state for slope stability analysis, a strict-equilibrium...
Proceedings Article

A Review of the Future of Traditional Power Adapters the Potential of Distributed Energy Interfaces as an Alternative

Yun Tang, Wencong Han, Lei Ye, Jian An, Feiyang Teng
This study reviews the substitution potential of distributed energy interfaces for traditional power adapters using a multidimensional framework. The findings reveal scenario-dependent viability: proven feasibility in low-power fixed applications; however, efficiency, cost, and infrastructure barriers...
Proceedings Article

Study on Shear Rate Effects in Direct Shear Tests at Saturated Soil–Geotextile Interfaces

Jianhua Dong, Jianhua Huang, Pengfei He
The shear rate effect on saturated soil–geotextile interface behavior was investigated through modified direct shear tests on silty clay from the Lanzhou New District, China, under four normal stress levels (25–100 kPa) and four shear rates (0.02–1.2 mm/min). Results show that all shear stress–displacement...
Proceedings Article

Integrating Ethics into Simulation-Driven Engineering Education: A Traffic Signal Control Experiment

Yanli Wang, Linbo Li, Bing Wu, Ling Wang, Wanjing Ma
Integrating ethics into engineering education is essential for cultivating socially responsible professionals. This study presents a traffic simulation-based experimental pedagogy that embeds ethical reasoning into a traffic signal control course. A “semi-flipped + semi-autonomous” teaching model is...