Current Problems and Advances in Computational and Applied Mechanics

• Format: eBook
• Language: English
• Published: MDPI - Multidisciplinary Digital Publishing Institute 2024
• Subjects: advancing ratio; air-core; and Pandamonium; aortic valve; atomization; automatic differentiation; binocular rivalry; cardiovascular 0D model; cell; CFD; compliant mechanisms; compositional pattern producing network; computational fluid dynamics; confounding; corrugated cardboard; corrugated paperboard; counterfactuals; cylindrical plane; Darcy’s law; deep learning; dichoptic vision; digital image correlation; discrete element method; elastic material parameters; elliptic–parabolic system; Encapsulation; Engineering: general; error compensation; fast Fourier transform; fictitious domain; finite differences scheme; finite element; finite element analysis; finite element method; finite element modeling; flow-induced acoustics; fluid–structure interactions; full-field strain data; gas-solid reactions; gasification; generalized finite difference (GFD); generalizedfinite difference (GFD); generative design; gradient enhanced; gradient-based optimization; granular dynamics; hierarchical design framework; high density ratio; homogenisation; hydrocyclone; hydrogen reduction; hyperelastic; incompressible; inspection data; intersection area; inverse finite element analysis; leaf venation; Lindenmayer system; linear complex; material characterization; meshless Lagrangian method (MLM); mirror stereoscope; Mooney–Rivlin; multiphase; multiphysics; neighborhood; noise acoustics; numerical integration; OpenFOAM; optimisation; out-of-plane motion; packed bed; panel compression; parallel solver; perceptual dominance; physics-informed neural networks; plasma; pneumatic network; pneumatic soft robot; polyhedral partition; porosity; preconditioners; pressure drop; pulmonary arterial pressure; pulmonary disease; reduced-order model; reduced-order-modelling; rheumatic heart diseases; semi-implicit scheme; separation efficiency; sintering model; soft actuator; soft robot; sound pressure level; spectral analysis; sphere; split water ratio; standard dissipative continua; strain gauges; subject-specific modeling; surging; surrogate models; Syllabus; symmetric ADI method; Technology, Engineering, Agriculture, Industrial processes; Technology: general issues; temporal integration; thermofluid process modeling; topological modeling; topological tables; topology; treatment effects; turbulent flow; ultrasonic guided waves; valvular stenosis; virtual reality; vocalization; vortex finder length; vortex shedding; welded rail track

Advances in computational solid and fluid mechanics have led to significant developments in a large variety of fields, including engineering, physics, and medicine. Computational mechanics offers design flexibility, sophistication, and experimentation, enabling engineers to analyse complex design pr...