A novel higher-order finite element framework for the process modeling of material extrusion additive manufacturing
MH Nagaraj, M Maiaru - Additive Manufacturing, 2023 - Elsevier
Material extrusion additive manufacturing enables the rapid fabrication of complex structures
for a wide range of applications, including within the aerospace and healthcare sectors …
for a wide range of applications, including within the aerospace and healthcare sectors …
[HTML][HTML] Data-driven parameter identification to simulate progressive damage in fiber reinforced laminates under low velocity impact
Genetic algorithms are applied successively to identify input parameters for simulating
intralaminar and interlaminar progressive damage in IM7/8552 carbon fiber reinforced …
intralaminar and interlaminar progressive damage in IM7/8552 carbon fiber reinforced …
Energy absorption and dissipation characteristic of FG honeycomb reinforced laminate embedded with viscoelastic material in hygrothermal conditions under low …
Y Wang, H Yan, L Wang, C Jansari… - Mechanics of …, 2024 - Taylor & Francis
A novelty FG honeycomb-reinforced laminate (FGHRL) with viscoelastic material is
constructed for an industrial exoskeleton. The study examines how FGHRL dissipates …
constructed for an industrial exoskeleton. The study examines how FGHRL dissipates …
Application of multi-directional FG material to improve natural frequencies of perovskite solar cells under mechanical shock validated by deep-learning approach
J Wang, Q Zhu, A E. Ragab - Mechanics of Advanced Materials …, 2024 - Taylor & Francis
In order to generate electricity from sunlight, spacecraft that operate within the inner solar
system often utilize photovoltaic solar panels that are controlled by power electronics. For …
system often utilize photovoltaic solar panels that are controlled by power electronics. For …
Vibration power flow based damage detection of fiber-reinforced laminated composite plates
C Zhu, G Li, X Yu, G Zhao, J Yang - Mechanics of Advanced …, 2024 - Taylor & Francis
This study investigates the vibration power flow transfer characteristics of damaged
laminated composite plates for developing damage identification technique from energy flow …
laminated composite plates for developing damage identification technique from energy flow …
Low-order finite element method for the static and vibration analysis of an antenna pedestal
Y Li, W Zhao, S Feng - Structures, 2024 - Elsevier
In this work, an effective algorithm is developed for the static and vibration analysis of
antenna pedestal, which can well balance the modelling efficiency and computational …
antenna pedestal, which can well balance the modelling efficiency and computational …
Process modeling of the Fused Filament Fabrication of semi-crystalline thermoplastics
The present works extends previous efforts in the process modeling of Fused Filament
Fabrication by incorporating the effects of crystallinity evolution within the thermoplastic …
Fabrication by incorporating the effects of crystallinity evolution within the thermoplastic …
Modelling And Assessing Impact Damage For A New Generation Of Zero-Emissions Composite Maritime Vessels
Modelling And Assessing Impact Damage For A New Generation Of Zero-Emissions Composite
Maritime Vessels Skip to main content Durham Research Online (DRO) Home Research …
Maritime Vessels Skip to main content Durham Research Online (DRO) Home Research …