Christoforos Rekatsinas

Publications

• Experimental and micromechanics-based numerical analysis of high-velocity impact on laminated composite plates
• Detecting delaminations in composites through active wave modulation spectroscopy: Analytical investigation of critical nonlinear mechanisms
• Analysis of low velocity impacts on sandwich composite plates using cubic spline layerwise theory and semi empirical contact law
• A 2D Daubechies finite wavelet domain method for transient wave response analysis in shear deformable laminated composite plates
• Wave-based impact localization on laminated composite plates using a coarse network of sensors
• Analyzing the nonlinear mechanisms in active wave modulation spectroscopy and their Influence on delamination detection in laminated strips and plates
• Experimental and numerical assessment of dynamics of hailstone impact on composite plates
• A non-linear cubic spline layerwise time domain spectral finite element for the analysis of impacts on sandwich structures
• Study on the Propagation of Stress Waves in Natural Fiber Composite Strips
• Investigation of critical delamination characteristics in composite plates combining cubic spline piezo-layerwise mechanics and time domain spectral finite elements
• Estimation of impact location and characteristics in laminated composite plates
• Wave based characterization of low-velocity impacts on composite plate structures
• Wave propagation analysis of laminated composite plates using daubechies wavelet elements
• Identification of impact events on composite plates using wave characteristics and impact similarity laws
• A finite wavelet domain method for the rapid analysis of transient dynamic response in rods and beams
• A time-domain high-order spectral finite element for the simulation of symmetric and anti-symmetric guided waves in laminated composite strips
• A time domain spectral layerwise finite element for wave structural health monitoring in composite strips with physically modeled active piezoelectric actuators and sensors
• Experimental and numerical investigation of contact laws for the rapid simulation of low-energy impacts on laminated composite plates
• A Hermite Spline Layerwise Time Domain Spectral Finite Element for Guided Wave Prediction in Laminated Composite and Sandwich Plates
• A cubic spline layerwise time domain spectral FE for guided wave simulation in laminated composite plate structures with physically modeled active piezoelectric sensors
• An explicit time domain spectral finite element for guided wave SHM in composite plate strips with physically modelled active piezoelectric sensors
• Finite wavelet domain method for efficient modeling of lamb wave based structural health monitoring
• A time-domain high-order spectral finite element for the simulation of symmetric and anti-symmetric guided waves in laminated composite strips with active piezoelectric sensors
• An extended layerwise spectral finite element framework for delamination growth simulation in laminated composite strips
• A cubic spline layerwise spectral finite element for robust stress predictions in laminated composite and sandwich strips
• A fast global nodewise mass matrix inversion framework tailored for sparse block-diagonal systems
• Progressive debonding analysis of sandwich composite strips using a cohesive-layerwise spectral finite element model
• A semi-active shunted piezoelectric tuned-mass-damper for multi-modal vibration control of large flexible structures
• A Finite Wavelet Domain Method for the Rapid Analysis of Transient Dynamic Response in Rods and Beams
• An efficient computational framework for hailstone impacts on composite plates Utilizing a semi-empirical viscoplactic contact Law
• A Road Map to the Structural Optimization of a Type-C Composite UAV
• The influence of internal pressure and neuromuscular agents on C. elegans biomechanics: an empirical and multi-compartmental in silico modelling study
• Effect of moisture on the sensing capabilities of piezoelectric actuator/sensor pairs on flax fibre reinforced composite laminates
• Micromechanics-based multi-scale framework with strain-rate effects for the simulation of ballistic impact on composite laminates
• Solving Linear Elasticity Problems using Physics-Informed Neural Networks