Sharif Digital Repository

Dynamic response of Timoshenko beam under moving mass

Author

Eftekhar Azam, S.

Pub. Year

2013

Subjects

Dynamic amplification. / Moving mass. / Moving sprung mass. / Timoshenko beam. / Governing differential equations. / Hamilton's principle. / Modal superposition method. / Numerical techniques. / Sprung mass. / Timoshenko beams. / Ordinary differential equations. / Partial differential equations. / Particle beams. / State space methods. / Dynamic response. / Aycuracy assessment. / Amplification. / Deflection. / Foundation. / Loading. / Mass movement. / Numerical model.

A new method of phase noise compensation in OFDM

Author

Gholami, M. R.

Pub. Year

2003

Subjects

Phase noise. / Tuners. / Interference. / Frequency domain analysis. / Channel estimation. / Frequency estimation. / Scattering. / Phase estimation. / Bandwidth. / OFDM.

Novel physics-informed artificial neural network architectures for system and input identification of structural dynamics PDEs

Author

Moradi, S.

Publisher

MDPI,

Pub. Year

2023

Subjects

Input estimation. / Parameter estimation. / Physics-informed neural networks. / System identification.

Ant colony algorithm for the shortest loop design problem [electronic resource] / Kourosh Eshghi, Morteza Kazemi.

Author

Eshghi, K. (Kourosh).

Subjects

Shortest loop design problem. / Ant colony optimization algorithm. / Meta-heuristic algorithms.

New smart carrageenan-based superabsorbent hydrogel hybrid: Investigation of swelling rate and environmental responsiveness

Author

Salimi, H.

Pub. Year

2010

Subjects

Carrageenan. / Acrylic acids. / Applied pressure. / Chemical structure. / Efficient synthesis. / Environmental responsiveness. / Hydroxyethyl acrylate. / Methanol-water mixtures. / SEM. / Sodium acrylates. / Sodium chloride solution. / Solution polymerization. / Structure property relation. / Super absorbent. / Superabsorbent hydrogel. / Superabsorbents. / Swelling behavior. / Swelling capacities. / Swelling kinetics. / Swelling rates. / Swelling-deswelling. / Weight ratios. / Acrylics. / Anodic oxidation. / Carboxylic acids. / Copolymerization. / Grafting (chemical) / Infrared spectroscopy. / Methanol. / Organic acids. / Organic polymers. / Scanning electron microscopy. / Sodium. / Sodium chloride. / Thermogravimetric analysis. / Hydrogels. / Graft copolymer. / Polymerization. / Polysaccharide. / Pressure. / Spectroscopy. / Superabsorbent material. / Swelling. / Synthesis.

A new simplified formula in prediction of the resonance velocity for multiple masses traversing a thin beam

Author

Afghani Khoraskani, R.

Pub. Year

2016

Subjects

Euler-Bernoulli beam. / Series of traveling. / Dynamic response. / Eigenvalues and eigenfunctions. / Vibration analysis. / Eigenfunction expansion methods. / Engineering practitioners. / Masses. / Semi-analytical approaches. / Series of traveling. / Simplified formula. / Transverse vibrations. / Parametric surveys. / Series of traveling masses. / Resonance.