Advanced Mathematical Modeling and Numerical Solutions in Applied Mechanics and Engineering

© 2022 by the authors; CC BY-NC-ND license

structural dynamics; model reduction; parallel computation; component mode synthesis; primal assembly; adaptive hydrostatic thrust bearing; adaptive function; regulator of the lubricant output flow; load capacity; compliance; dynamics quality; dusty micropolar fluid; non-Newtonian fluid; rotational flow; aeroelastic model; disturbance rejection; vibration control; tuned mass dampers; sliding mode observer; power quality; harmonics; Support Vector Machine (SVM); Augmented Crow Search Algorithm (ACSA); blind Kriging; surrogate model; black-box optimization; infill strategy; ultra-high performance fiber reinforced concrete (UHPFRC); beams; machine learning-based models; shear strength; shaped charges; shape of shock wave; incident peak pressure; Multimaterial-Euler; modeling; mathematical methods; reliability of materials and structures; statistical characteristics; composite materials; polymeric materials; pneumatic capsule conveying; dynamics model; numerical method; system-level simulation; reconfiguration; cam pitch curve synthesis; load distribution; stiffness adjustment speed and accuracy; AUKF algorithm; integration of wind and hydrogen; UKF; power scheduling; gain-switching; semiconductor laser; quantum-dot; homogeneous-broadening; inhomogeneous-broadening; pulse generation; surface acoustic wave; LSAW; piezoelectric substrate; coupling of modes model; finite element method; delay line; bandpass filter; lithium niobate; COM; coupled thermomechanical problem; frictional contact; phase field method; cracks and fractures; variable fluid properties; variable porosity; electrokinetic forces; zero mass flux; heat transfer; wavy channel; cylindrical vortex generator; heat transfer; thermal performance; numerical simulation; dirichlet boundary control; complex connected domain; fourier finite volume element method; error estimates; L² norm; mathematical formulation; anisotropic plasticity; coupled plastic damage; Lemaitre damage model; metal forming; joint mechanics; total knee replacement; bi-cruciate retaining; finite element analysis; optimisation; Taguchi methods; slosh noise; rectangular tank; mathematical modelling; potential flow; spectral methods; fundamental solutions; fault modeling; networked systems; fault-tolerant control; stochastic stability; Markovian jump system; beam; bending; static load; average deformed fiber; deformations; sinusoid; trigonometric series; Fourier series method; fatigue analysis; polyamides; failure; degradation; fatigue model; short glass fiber; downbursts; parameter optimization; surrogate model; long-span bridges; computational fluid dynamics; numerical simulation; finite element model; convergence–confinement method; non-linear failure criterion; closed-form solution; incremental procedure; hybrid RANS/LES; turbulence; channel flow; log–layer mismatch; implicit near-wall domain decomposition; delta parallel robot; kinematic and dynamic modelling; trajectory smoothing planning; combining Cartesian space with joint space