我正在寻找有动力的博士生，从2023年秋季开始。土木工程项目重点关注交通基础设施在海平面上升下的可持续性和弹性。航空航天工程项目侧重于复合材料和暴露在极端条件下的软聚合物材料的多物理建模。我们将使用高保真和机器学习数值方法在列出的项目中进行模拟。合格的候选人必须有很强的力学和编程背景(包括有限元和扎实的力学课程，以及Python, c++和/或Fortran的经验)。有意者请将简历发邮件给我。< / p > < p > < / p > < p > < / p > < p > < / p > < / div > < / div > < / div >
我正在寻找一个积极的博士生，从2022年春季开始。合格的候选人必须有很强的力学和编程背景(包括有限元和扎实的力学课程，以及Python, c++和/或Fortran的经验)。有意者请发简历给我。 #phdstudent #programming 一个研究生和研究生的空缺与主要集中在复合材料力学方面的材料可立即在夏奇巴的组。我们正在寻找有强烈动机的候选人参与AFOSR支持的1) FRPs中的热-机械损伤耦合，2)增材制造复合材料的模拟，3)损伤预测的灵敏度和机器学习项目。理想的候选人将具有固体力学背景，在有限元模拟方面的专业知识，特别是非线性材料模型的数值实现。入学日期为2020年11月至2021年1月。 如果有兴趣，请将你的简历连同三个参考人的名字发送到mshakiba@vt.edu
摘要提交截止日期延长至2020年3月31日。你可以在第五轨道找到我们。https://ccaps.umn.edu/SES/abstract-submission
Sincerely，
Maryam Shakiba，弗吉尼亚理工大学，< a href="mailto:mshakiba@vt.edu" target="_blank" rel="noopener noreferrer">mshakiba@vt.edu
Meredith Silberstein，康奈尔大学，meredith.silberstein@cornell.edu
研讨会题目:聚合物中的损伤和热-化学-机械耦合(在第5轨道下)。材料力学前沿)
弗吉尼亚理工大学Maryam Shakiba， mshakiba@vt.edu
康奈尔大学Meredith Silberstein， meredith.silberstein@cornell.edu
Symposium scope
The symposium aims to cover a broad range of topics related to research in the mechanics and multi-physics of polymers, with an emphasis on damage and recovery. Polymers are continuously exposed to detrimental environmental conditions. Environmental conditions such as temperature, humidity, magnetic field, UV exposure, and chemicals couple to mechanical loadings to degrade the properties of the polymers and reduce their lifetime. At the same time, advanced and responsive materials are being designed to harvest a smart response from the coupling of external stimuli and mechanical loading. Therefore, damage and thermo-chemo-mechanical modeling of polymers are imperative to understanding such materials. Physics-based and microstructure-based models are necessary to predict the highly nonlinear responses of this class of materials. Topics of interest include but are not limited to fundamental mechanics and microstructure-based modeling of polymers; experiments and modeling of novel multifunctional polymers; and polymer design and processing.
The objective of this symposium is to provide a platform for researchers from academia, industry and national labs to present, discuss and exchange the latest development in theoretical, computational, and experimental studies on multi-physics modeling of advanced polymeric materials. The mini-symposium seeks to encourage future collaboration between the attendees.
我们正在寻找两个积极的博士生加入我们在2020年春季。成功的候选人应该在连续介质力学方面有很强的背景，并精通编程。请看附件中的描述。