人工智能与材料国际会议（ICAIM 2025）

一、会议介绍

会议简称：ICAIM 2025

名称：该国际会议关于人工智能与材料科学（International Conference on Artificial Intelligence and Materials）。

会议时间：2025年3月21日-24日

截稿时间：2025年2月28日

会议地点：中国·青岛

出版检索：IOP出版，EI&Scoups检索

主办单位：中国石油大学（华东）

协办单位：AC学术平台

合作伙伴期刊：Artificial Intelligence & Materials Science、Intl. J. of Ocean Systems Management

二、主讲&特邀嘉宾

SPEAKER

Prof. Shiyu Du China University of Petroleum (East China)

南方科技大学的Bing-Yi Jing教授担任长江学者

Prof. Jian Sun Beijing Institute of Technology

INVITED SPEAKER

Yunlai Shi Nanjing University of Aeronautics and Astronautics

Bao Liu Jiangsu University

三、征稿主题

ICAI会议致力于推动材料科学与人工智能技术的深度融合以实现共同发展

四、分论坛信息（持续更新中）

Title: Advancements in High Energy Density Lithium Batteries: Material Properties and Technological Implementations

High energy density的锂离子电池, 高电压镍锰钴（NMC）, 锂锰丰度层状氧化物（LLOs）, 预锂化添加剂, 高电压电解液, 以及基底为硅的负极材料

Chair: Xin Su, Harbin Institute of Technology (Weihai)

WS 2 Title: The digital twin technology is widely used within the sector of civil engineering products.

Keywords: Tigital twin; Civil engineering materials; Concrete

Chair: Fangmei Huang, Fujian university of technology

WS 3: Advanced Applications of Artificial Intelligence in Science

Keywords: AI，large language model, applications, science

Position: Tao Wang, School of Computer Science, Northwestern Polytechnic University

WS 4 Title: ​​​3D Bioprinting and Biomaterials for Regenerative Medicine

Bioprinting Technology, also known as Three-Dimensional Bioprinting, refers to the innovative process of constructing biological structures through layer-by-layer inkjet-like deposition of living cells and biomaterials. Personalized Medicine aims to tailor medical care to individual patient needs, ensuring optimal therapeutic outcomes. Advanced Drug Delivery Methods enhance the efficiency and precision of drug administration by employing sophisticated nanotechnology and controlled release systems. Tissue Engineering focuses on designing and fabricating functional tissues for therapeutic applications, addressing critical gaps in traditional transplantation. Organ Constructive Processes involve the synthesis of artificial organ systems through biocompatible materials and advanced manufacturing techniques to improve organ transplantation outcomes

Chair: Lei Nie , Xinyang Normal University, China

WS 5 Title: Machine Learning-Based Technique to Construct a Real-Time Monitoring and Prediction System for Hydrogen Sulfide Gas Detection

Key Terms: Gas-Sensing Devices, Machine-Learning Platforms, Chemical-Sensitive Sensors

Chair: Mahesh Kumar**,** IIT Jodhpur, India

WS 6 Title: ​​​​Smart Sensing and Structural Health

Keywords: 智能传感器系统, 机器学习算法, 结构健康监测系统, 实时监测技术, 异常检测方法, 基于机器学习的材料性能分析
Chair: 教授 王涛**, 东华大学

WS 7 Title: Electrochemical Nitrate Reduction Process vs. Artificial Intelligence

Keywords: 基于电催化机制的硝酸还原反应; 人工智能; 环境保护; 能源转换
Chair: 石海燕, Qingdao Agricultural University

WS 8 Title: ​​​​​​Design and structure-activity prediction of MAX phase materials

Keywords: MAX phase, Materials prediction,

Chair: Cheng-Feng Du**,​** Northwestern Polytechnical University

Chair: Youbing Li ,​ Soochow University

WS 9 Title: Through the application of advanced AI techniques, we can significantly accelerate the investigation into the structural and property aspects of energy materials.

人工智能领域涵盖机器学习、深度学习等前沿技术研究

Chair: Hailing Wang**是宁夏大学材料与新能源学院的学生。

Chair: Wei Ma, Ningxia University, School of Materials and New Energy

Chair: Xin Du, Ningxia University, School of Materials and New Energy

Innovative applications of AI technology in the field of hydraulic engineering and hydrology, coupled with the study of geological materials.

Keywords: Geological Materials, 水文研究, 渗流变形, 预警与预测, 优化 Artificial Intelligence Model
Chair: Ji Chao Sun ** , China University of Geosciences Beijing

WS 11 Title: ​​​AI-based Alternative Design for Structures and Construction Materials

Keywords: Concrete mixture, Fiber-reinforced materials, Bolted connection systems, Recycled aggregate materials, Compressive strength characteristics, Shear strength performance
Chair: Dr. Khondaker Sakil Ahmed holds a PEng and CEng qualification and is affiliated with the Department of Civil Engineering at MIST.

WS 12 Title: ​​​​Material analysis and process design

Keywords: ****Material model analysis,big data analysis,performance prediction, process control
Chair: Youde Hu, Gusu Laboratory of Materials Science

WS 13 Title: ​​​​​Piezoelectric Functional Device

The keywords presented include a comprehensive range of devices and systems based on piezoelectric principles: the pressurized electric actuator system (PEAS), pressurized electric motor systems (PEMS), pressurized electric pump units (PEPUs), advanced sensor networks (SENSES), intelligent transduction modules (INTELDUES), energy capture systems (ECS), multi-stage energy conversion components (MECCs), and specialized materials for energy applications. These technologies are supported by research conducted at the Chair of Propulsion and Energy Systems at Nanjing University of Aeronautics and Astronautics.