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| Abstract: |
| Multi-field coupling problems involving species transport, heat transfer, substance transformation, and mechanical deformation are prevalent in various scenarios, such as the curing of early-age concretes, the response of soft materials, the oxidation of metals, the lithiation and delithiation of lithium-ion batteries, and the self-healing of biological tissues. Thermo-chemo-mechanical coupling dynamics are common characteristics of these problems, making theoretical studies on such processes of significant importance. This study offers a thorough review of advanced theoretical models that address thermo-chemo-mechanical behavior of solid materials within the theoretical framework of non-equilibrium thermodynamics. First, we outline the thermo-chemo-mechanical coupling phenomena observed in various application scenarios. Then, the theoretical developments of classical continuum mechanics include the phase field method and peridynamics in the contexts of thermo-mechanical coupling, chemo-mechanical coupling, and thermo-chemo-mechanical coupling, respectively. Finally, challenges faced by thermo-chemo-mechanical coupling research are highlighted and prospects and directions for this field are also outlined. This paper helps to understand the history and trends in the development of thermo-chemo-mechanical coupling theory. |
| Key words: thermo-chemo-mechanical coupling continuum mechanics phase field peridynamics |
| DOI：10.11916/j.issn.1005-9113.24072 |
| Clc Number:O33 |
| Fund: |
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| Descriptions in Chinese: |
| 固体热-化-力耦合行为的理论建模研究综述
秦豹1，仲政2
（1.东莞理工学院 交叉科学研究中心及材料科学与工程学院，东莞523808，中国 2. 哈尔滨工业大学（深圳）理学院，深圳 518055，中国） 摘要：涉及组分传输、传热、物质转化与力学变形的多场耦合问题在诸多工程与科学领域中普遍存在，如早龄期混凝土的水化固化、软材料的力学响应、金属的高温氧化、锂离子电池的嵌锂与脱锂过程，以及生物组织的自愈合行为等。这类问题普遍具有显著的热–化–力耦合动力学特征，其理论研究对于揭示材料多场演化机理、指导多尺度建模与工程应用具有重要意义。本文在非平衡热力学理论框架下，对固体材料中热–化–力行为的理论模型进行了系统综述。首先，概述了在典型应用场景中观测到的热–化–力耦合现象；其次，分别综述了经典连续介质力学（Classical Continuum Mechanics, CCM）、相场方法（Phase Field Method, PFM）及近场动力学（Peridynamics, PD）在热–力耦合、力–化学耦合以及热–化–力耦合问题中的理论发展与建模进展；最后，讨论了当前热–化–力耦合研究所面临的主要挑战，并展望了未来的研究方向与发展趋势。 关键词：热-化-力耦合；连续介质力学；相场；近场动力学 |
