中国计算机学会(CCF)推荐学术会议-B(人机交互与普适计算):ICWSM 2026

ICWSM 2026

The International AAAI Conference on Web and Social Media (ICWSM) is a forum for researchers from multiple disciplines to come together to share knowledge, discuss ideas, exchange information, and learn about cutting-edge research in diverse fields with the common theme of investigating the interplay of web and society. This overall theme includes research on new perspectives in social theories, as well as computational algorithms for analyzing digital traces of human activities or behaviors in social settings. ICWSM is a singularly fitting venue for research that blends social science and computational approaches to answer important and challenging questions about human social behavior through online traces while advancing computational tools for vast and unstructured data.

重要信息

CCF推荐:B(人机交互与普适计算)

录用率:约25%(2025年)

时间地点:2026年5月27日-洛杉矶·美国

截稿时间:2026年1月15日

大会官网:https://www.icwsm.org/2026/

Call for Papers

Social network analysis and community detection.

Information diffusion and viral phenomena in the web or online social spaces.

Sentiment analysis, opinion mining, and stance identification.

Misinformation, fact-checking, and credibility of online content.

Web mining, information extraction, and information retrieval on online platforms.

Privacy and security on the web.

Digital humanities and cultural analytics using online traces.

Political communication, civic engagement, and predictability of real-world phenomena using or related to web or digital-trace data.

Health and well-being in digital spaces.

Text categorization, topic recognition, and demographic identification using online behavior or digital-trace data.

Trend identification, tracking, and time series forecasting for web data.

Analysis of the relationship between social media and mainstream media.

Qualitative and quantitative studies of online platforms.

Linguistic analyses of human behavior on the web.

Psychological, personality-based, and ethnographic studies of web-based platforms.

Engagement, motivations, incentives, and gamification on the web.

Social innovation and effecting change through the web.

New web applications, interfaces, and interaction techniques.

Internet usage on mobile devices, location, and human mobility.

Organizational and group behavior mediated by web technology.

Interpersonal communication mediated by web and social media.

Submission Details

Full papers are the primary contribution type at ICWSM, representing significant original research in web and social media science.

Page Limit: 11 pages maximum (8 pages recommended)

Review Type: Double-blind peer review

Format: AAAI two-column format (Overleaf or AAAI Author Kit)

Revisions: One revise and resubmit option available

一、 内容概要 本资源提供了一个完整的“金属板材压弯成型”非线性仿真案例,基于ABAQUS/Explicit或Standard求解器完成。案例精确模拟了模具(凸模、凹模)金属板材之间的接触、压合过程,直至板材发生塑性弯曲成型。 模型特点:包含完整的模具-工件装配体,定义了刚体约束、通用接触(或面面接触)及摩擦系数。 材料定义:金属板材采用弹塑性材料模型,定义了完整的屈服强度、塑性应变等真实应力-应变数据。 关键结果:提供了成型过程中的板材应力(Mises应力)、塑性应变(PE)、厚度变化​ 云图,以及模具受力(接触力)曲线,完整再现了压弯工艺的力学状态。 二、 适用人群 CAE工程师/工艺工程师:从事钣金冲压、模具设计、金属成型工艺分析优化的专业人员。 高校师生:学习ABAQUS非线性分析、金属塑性成形理论,或从事相关课题研究的硕士/博士生。 结构设计工程师:需要评估钣金件可制造性(DFM)或预测成型回弹的设计人员。 三、 使用场景及目标 学习目标: 掌握在ABAQUS中设置金属塑性成形仿真的全流程,包括材料定义、复杂接触设置、边界条件载荷步。 学习如何调试和分析大变形、非线性接触问题的收敛性技巧。 理解如何通过仿真预测成型缺陷(如减薄、破裂、回弹),并理论或实验进行对比验证。 应用价值:本案例的建模方法分析思路可直接应用于汽车覆盖件、电器外壳、结构件等钣金产品的冲压工艺开发模具设计优化,减少试模成本。 四、 其他说明 资源包内包含参数化的INP文件、CAE模型文件、材料数据参考及一份简要的操作要点说明文档。INP文件便于用户直接修改关键参数(如压边力、摩擦系数、行程)进行自主研究。 建议使用ABAQUS 2022或更高版本打开。显式动力学分析(如用Explicit)对计算资源有一定要求。 本案例为教学工程参考目的提供,用户可基于此框架进行拓展,应用于V型弯曲
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