Dual-Function Wideband Geometric-Phase Metasurface for Simultaneous Reflection and Transmission
January 22, 2026
Advanced Materials Technologies - Volume:11, Issue:2, Article Number e01588
Free vibration solutions of functionally graded plates with various boundary conditions using unified finite integral transform approach
October 15, 2025
Engineering Structures - Volume:341, Article Number 120788
Wave propagation in nonviscously damped phononic materials via precise integration method and deep learning
May 01, 2025
European Journal of Mechanics, A-Solids - Volume:111, Article Number 105542
Recent Advances in Geometric Phase Metasurfaces: Principles and Applications
February 01, 2025
Advanced Physics Research - Volume 4, Issue 2, Article Number 2400095
Multi-fold geometric phase metasurface with versatile operations for transmission and reflection
July 01, 2024
Materials and Design - Volume:243, Article Number 113090
Bi-Layer Reflection-Transmission Dual-Mode Metasurface with Flexible Bandwidth Control
April 24, 2024
Advanced Optical Materials - Volume:12, Issue:12, Article Number 2302608
A new time integration method based on state formulations for dynamic analysis of nonviscously damped systems
February 15, 2024
Mechanical Systems and Signal Processing - Volume:208, Article Number 111002
High-Efficiency Dual-Band Metasurface with Independent Multifold Geometric Phases
September 04, 2023
Advanced Optical Materials - Volume:11, Issue:17, Article Number 2300347
High-Efficiency Geometric Phase Metasurface with Multifold Rotationally Symmetric Resonators
January 27, 2023
ACS Applied Optical Materials - Volume:1, Issue:1, Page:173-178
An alternative precise time integration method for structural systems involving a nonviscous damping model
December 22, 2022
Journal of Sound and Vibration - Volume:541, Article Number 117322
Experimental study of effect of temperature variations on the impedance signature of pzt sensors for fatigue crack detection
January 19, 2021
Sound and Vibration - Volume:55, Issue:1, Page:1-18
Wave dispersion and dissipation performance of locally resonant acoustic metamaterials using an internal variable model
March 01, 2020
Wave Motion - Volume:93, Article Number 102483
Modified precise direct time integration method for the transient response analysis of viscoelastic systems using an internal variable model
February 01, 2020
Journal of Vibration and Control - Volume:26, Issue:3-4, Page:161-174