Results 121 to 130 of about 572 (152)
Contact Dynamic Behaviors of Magnetic Hydrogel Soft Robots. [PDF]
GelsShen Y, Zou Y.
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Moving morphable component (MMC) topology optimization with different void structure scaling factors. [PDF]
PLoS OneLi Z, Xu H, Zhang S.
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マグナスコウカニヨルカイテンドリルパイプモデルノイチヨウリュウチュウノヒセンケイドウテキキョドウニカンスルスウチカイセキテキケンキュウ [PDF]
Hanny, Tun, ハニー, タン
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Multifidelity modeling of deployable wings: Multibody dynamic simulation and wind tunnel experiment [PDF]
, 2019 Hiroki Nagai +4 more
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シンカイタンサヨウROV エンカクソウサムジンタンサキ トソノテザーカンリシステム TMS ノゴウタイ‐ジュウナンタイケツゴウドウリキガクノゼッタイザヒョウニモトヅクタタイモデリングニツイテ [PDF]
Htun, Thant Zin, トン, タン ザン
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ASME 2022 Conference on Smart Materials, Adaptive Structures and Intelligent Systems, 2022
Abstract Origami — the ancient art of paper folding — has been widely adopted as a design and fabrication framework for many engineering applications, including multi-functional structures, deployable spacecraft, and architected materials.
Jiayue Tao, Suyi Li
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Abstract Origami — the ancient art of paper folding — has been widely adopted as a design and fabrication framework for many engineering applications, including multi-functional structures, deployable spacecraft, and architected materials.
Jiayue Tao, Suyi Li
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Mechanism and Machine Theory, 2020
Abstract This research is aimed at the accurate modeling of an ROV's tether cable with a radially multilayered circular cross-section. In the coupled motion analysis of an ROV-tether system, dynamic modeling of a numerical tether continuum, which can accurately reproduce the nonlinear motion behavior of a flexible cable, is crucial since the tether ...
Thant Zin Htun +2 more
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Abstract This research is aimed at the accurate modeling of an ROV's tether cable with a radially multilayered circular cross-section. In the coupled motion analysis of an ROV-tether system, dynamic modeling of a numerical tether continuum, which can accurately reproduce the nonlinear motion behavior of a flexible cable, is crucial since the tether ...
Thant Zin Htun +2 more
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Nonlinear Dynamics, 2020
This paper presents the theory development and numerical implementation of a new gradient-deficient-based ANCF (Absolute Nodal Coordinate Formulation) model applied to perform the nonlinear dynamic analysis of elastic line structures subject to large stretching and deformation.
Fangfang Sheng +2 more
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This paper presents the theory development and numerical implementation of a new gradient-deficient-based ANCF (Absolute Nodal Coordinate Formulation) model applied to perform the nonlinear dynamic analysis of elastic line structures subject to large stretching and deformation.
Fangfang Sheng +2 more
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International Journal for Numerical Methods in Biomedical Engineering, 2009
The known absolute nodal coordinate formulation (ANCF) uses magnitudes of position vector and their gradients as finite element nodal coordinates. In this paper, the efficiency and domain of application of classical finite element method (FEM) and ANCF have been studied by considering some numerical examples.
Sereshk, Mohammadreza Vaziri +1 more
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The known absolute nodal coordinate formulation (ANCF) uses magnitudes of position vector and their gradients as finite element nodal coordinates. In this paper, the efficiency and domain of application of classical finite element method (FEM) and ANCF have been studied by considering some numerical examples.
Sereshk, Mohammadreza Vaziri +1 more
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ASME 2019 Conference on Smart Materials, Adaptive Structures and Intelligent Systems, 2019
Abstract Origami-inspired structures and material systems have been used in many engineering applications because of their unique kinematic and mechanical properties induced by folding. However, accurately modeling and analyzing origami folding and the associated mechanical properties are challenging, especially when large deformation ...
Jiayue Tao, Suyi Li
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Abstract Origami-inspired structures and material systems have been used in many engineering applications because of their unique kinematic and mechanical properties induced by folding. However, accurately modeling and analyzing origami folding and the associated mechanical properties are challenging, especially when large deformation ...
Jiayue Tao, Suyi Li
openaire +1 more source