This paper aims at reviewing nonlinear methods for model order reduction in structures with
geometric nonlinearity, with a special emphasis on the techniques based on invariant …

The paper presents a review of reduced order modeling (ROM) techniques for geometrically
nonlinear structures, more specifically of those techniques that are applicable to structural …

Non-intrusive model-order reduction methods are beneficial for reducing the computational
costs of dynamic analysis of nonlinear finite element models, developed in programs that do …

This paper focuses on the development of nonlinear reduced order modeling techniques for
the prediction of the response of complex structures exhibiting “large” deformations, ie, a …

为了快速分析非均质材料结构在复杂载荷作用下的动态响应, 提出一种模型降阶方法,
只需计算结构在简单均质材料情况下的动力学问题, 进而用其计算结果对非均质材料结构进行 …

The analysis, and ultimately the design, of air-breathing hypersonic cruise-type vehicles is
hampered by the inability to accurately capture the coupled fluid–thermal–structure …

This paper describes an on-going effort towards the prediction of structural responses to
shock impingements. This work is an extension of a previous effort, where the focus is on …

There is a lack of carefully-crafted aerothermoelastic experimental data that can be used for
validation purposes. To address this need, the Air Force Research Laboratory Structural …

This paper describes an effort to apply current structural, thermal, and fluid reduced order
modeling methodologies (ROMs) to multi-disciplinary interaction problems that are of …

This paper focuses on extending coupled structural–thermal reduced order modeling
approaches for the prediction of the nonlinear geometric response of heated structures to …