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Lijian Lei

Observed names: L. J. Lei, LiJian LEI
ORCID: 0000-0003-2321-3482
Observed ORCID: 0000-0003-2321-3482
OpenAlex ID: A5102840709
Locally Resonant Periodic Wave Barriers for Vibration Isolation in Subway Engineering
2021 · Lijian Lei, Linchang Miao, et al. · KSCE Journal of Civil Engineering · 45
Low frequency vibration reduction bandgap characteristics and engineering application of phononic-like crystal metaconcrete material
2023 · Peng Xiao, Linchang Miao, et al. · Construction and Building Materials · 38
Band gap extending of locally resonant phononic crystal with outward hierarchical structure
2022 · Lijian Lei, Linchang Miao, et al. · Applied Physics A · 38
A new periodic structure composite material with quasi-phononic crystals
2020 · Linchang Miao, Chao Li, et al. · Physics Letters A · 33
Effects of material parameters on the band gaps of two-dimensional three-component phononic crystals
2019 · Chao Li, Linchang Miao, et al. · Applied Physics A · 25
Vibration Reduction of Phononic-Like Crystal Metaconcrete Track Bed for Underground Railway
2023 · Linchang Miao, Lijian Lei, et al. · Journal of Materials in Civil Engineering · 24
The effects of composite primitive cells on band gap property of locally resonant phononic crystal
2021 · Lijian Lei, Linchang Miao, et al. · Modern Physics Letters B · 22
Extending bandgap method of concentric ring locally resonant phononic crystals
2020 · Lijian Lei, Linchang Miao, et al. · Applied Physics A · 19
Band gap characteristics of new composite multiple locally resonant phononic crystal metamaterial
2024 · Peng Xiao, Linchang Miao, et al. · Journal of Physics Condensed Matter · 15
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Application and Vibration Reduction Properties of Prefabricated and Cast-in-Place Phononic-Like Crystal Polymer Concrete Track Bed in Subway Engineering
2024 · Peng Xiao, Linchang Miao, et al. · Journal of Materials in Civil Engineering · 9
Multi-frequency and low frequency bandgap characteristics of concentric ring cement-based locally resonant phononic crystal
2024 · Peng Xiao, Linchang Miao, et al. · Applied Physics A · 8
Experimental Investigation on the Bond Behavior of Deformed Bars in a Class of Structural Expanded Polystyrene (EPS) Concrete
2020 · Chao Li, Linchang Miao, et al. · KSCE Journal of Civil Engineering · 8
Vibration reduction of low frequency of phononic-like crystal structures for subways
2022 · Linchang Miao, Lijian Lei, et al. · Journal of mechanics of materials and structures · 7
Novel metamaterial wave barrier structure with multiple frequency wide band gaps for rail transit vibration isolation
2024 · Peng Xiao, Linchang Miao, et al. · Mechanics of Advanced Materials and Structures · 6
Novel Phononic-Like Crystal Wave Barrier Structure for Vibration Isolation
2024 · Peng Xiao, Linchang Miao, et al. · International Journal of Structural Stability and Dynamics · 5
Sensitivity determination of band gap of locally resonant phononic crystals based on joint grey correlation analysis
2025 · Peng Xiao, Linchang Miao, et al. · Physics Letters A · 3
The Vibration Attenuation Properties of Locally Resonant Track Bed for Subway Engineering
2022 · Lijian Lei, Linchang Miao, et al. · Lecture notes in civil engineering · 3
Theoretical calculation and band gap characteristics of outward hierarchical local resonance Euler beam
2024 · Lijian Lei, Shiqian Zhang, et al. · Applied Physics A · 2
Flexural Wave Attenuation in a Multi-Frequency Locally Resonant Phononic Crystals Beam Resting on Elastic Foundations
2020 · C. Li, L. C. Miao, et al. · ASCE Geo-Congress · 2
Vibration reduction bandgap characteristics of novel phononic-like crystal structure
2025 · Peng Xiao, Linchang Miao, et al. · Applied Physics A · 1
Low frequency bandgap characteristics and engineering application of phononic-like crystal metamaterial concrete
2024 · Peng XIAO, LinChang MIAO, et al. · Scientia Sinica Technologica · 1
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Theoretical calculations of vibration reduction band gaps characteristics of novel phononic-like crystal Euler beam structure
2025 · Peng Xiao, Linchang Miao, et al. · Mechanics of Advanced Materials and Structures
Works count: 22
Citation count: 314
H-index: 9
I10-index: 9
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