一、期刊概况 Forces in Mechanics 是一本经同行评审的开放获取期刊，专注于固体力学及其分支领域，涵盖材料科学、工程学、制造业、物理学、生物学和化学等多学科交叉范畴。其致力于为全球研究人员打造国际交流平台，推动固体力学领域的学术成果传播与交流。二、近期优秀文章示例 “Improved eight - node non - conformin...
《Forces In Mechanics》(《力学中的力》)是一本由Elsevier出版的Engineering-Mechanical Engineering学术刊物,主要刊载Engineering-Mechanical Engineering相关领域研究成果与实践,旨在打造一种学术水平高、可读性强、具有全球影响力的学术期刊。本刊已入选SCIE来源期刊。2023年发布的影响因子为3.2。
#期刊征稿#【Forces in Mechanics邀您投稿固体力学相关高质量原创研究成果】Forces in Mechanics是一本经同行评审的开放获取期刊,期刊周转快速,旨在为研究人员提供一个国际交流平台,帮助他们发表固体力学及其所有分支领域,如材料科学、工程学、制造业、物理学、生物学和化学等学科的高质量原创研究成果。请点击链接查看期刊...
Forces in Mechanics: A journal on mechanics of solids, materials and structures and their structural integrity Forces in Mechanics is an international forum for the publication and communication of high-quality original research in all branches of Solid Mechanics, including those at the interfaces … ...
1 Forces in Mechanics影响因子截止到2022年3月21日官方还没有公布。因为Forces in Mechanics是一本新近发行的开放获取期刊，2020年才开始出版，知名度不是很高，发表的文章也不多，所以影响因子目前还没有具体数据。Forces in Mechanics旨在为固体力学的各个主题，尤其是在力学向物理科学、生命科学及数据科学拓展的新...
Forces In Mechanics Forces In MechanicsSCIE Forces Mech ISSN:2666-3597 E-ISSN:暂无数据 投稿咨询学术服务 基本信息 BASIC INFORMATION 审稿时间:16 Weeks 出版周期:暂无数据 出版国家或地区:United Kingdom 创刊:暂无数据 影响因子:3.2 是否预警:否 语言:English...
Forces in Mechanics is an international forum for the publication and communication of high-quality original research in all branches of Solid Mechanics, including those at the interfaces of materials science, engineering, manufacturing, physics, biology, and chemistry. The journal covers experimental, ...
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These require, for any model: The law of mutual actions, equivalent to the statement (4.1) in Chap. IV, expressing the fact that the virtual rate of work by internal forces must be zero in any rigid body motion$$\\left\\{ {\\begin{array}{*{20}{c}} {forS,\\left[ {{{F}_{i...
Mechanics - Rigid Bodies, Forces, Motion: Statics is the study of bodies and structures that are in equilibrium. For a body to be in equilibrium, there must be no net force acting on it. In addition, there must be no net torque acting on it. Figure 17A s