Sharif Digital Repository

Design and implementation of a new spherical super element in structural analysis

Author

Sarvi, M. N.

Pub. Year

2012

Subjects

Natural frequency. / Spherical super element. / Biological cells. / Computational time. / Experimental methods. / Finite element packages. / Hollow sphere. / Mechanical problems. / Shape functions. / Spherical structures. / Super elements. / Ball bearings. / Deformation. / Finite element method. / Natural frequencies. / Vibration analysis. / Spheres.

Static and vibrational analysis of fullerene using a newly designed spherical super element

Author

Nasiri Sarvi, M.

Pub. Year

2012

Subjects

Nano ball bearing. / Natural frequency. / Super element. / Accurate prediction. / External excitation. / External force. / Hollow sphere. / Outer surface. / Relative errors. / Shape functions. / Static and dynamic response. / Super elements. / Vibrational analysis. / Vibrational behavior. / Ball bearings. / Dynamic response. / Mechanical properties. / Natural frequencies. / Spheres. / Fullerenes. / Accuracy assessment. / Error analysis. / Fullerene. / Mechanical property. / Numerical model. / Prediction. / Static response. / Vibration.

Deformation, stress and natural frequency analysis of the fullerene by finite super element method

Author

Sarvi, M. N.

Pub. Year

2011

Subjects

Nano ball bearing. / Spherical super element. / Stress. / Accurate prediction. / Cancerous cells. / Concentrated load. / Experimental methods. / Frequency Analysis. / Static and dynamic response. / Super element method. / Super elements. / Support structures. / Ball bearings. / Deformation. / Design. / Dynamic response. / Loading. / Mechanical properties. / Molecular dynamics. / Natural frequencies. / Spheres. / Stress analysis. / Stresses. / Fullerenes.

Application of a new spherical super element in predicting the deformation of biological cells in microinjection

Author

Sarvi, M. N.

Pub. Year

2011

Subjects

Spherical super element. / Analytical method. / Biological cells. / Cell injection. / Drug discovery. / Experimental methods. / External force. / Foreign materials. / Individual cells. / Injection force. / Micro-injection. / Runtimes. / Static behaviors. / Super elements. / Cells. / Comminution. / Cytology. / Deformation. / Design. / Finite element method. / Forecasting. / Spheres. / Stress analysis. / Tissue. / Molecular biology.

Comparison of deformation analysis of a biological cell under an injection force using analytical, experimental and finite element methods and Artificial Neural Network

Author

Sarvi, M. N.

Pub. Year

2011

Subjects

Biological cell. / Finite element method. / Microinjection. / Spherical super element. / Analytical method. / Artificial neural network models. / Biological cells. / Cell injection. / Deformation analysis. / Drug discovery. / Experimental methods. / External force. / Foreign materials. / Individual cells. / Injection force. / Micro-injection. / Runtimes. / Static behaviors. / Super elements. / Cells. / Comminution. / Cytology. / Deformation. / Exhibitions. / Mechanical engineering. / Neural networks. / Tissue. / Molecular biology.

Synthesis and characterization of bagasse poly(methyl methacrylate) graft copolymer

Author

Sarvi, I.

Pub. Year

2008

Subjects

Acrylic monomers. / Fourier transform infrared spectroscopy. / Ammonium nitrates. / Aqueous mediums. / Bagasse fibers. / Ceric ammonium nitrate. / Graft copolymerizations. / Grafted polies. / Initiator concentrations. / Monomer concentrations. / Neutral atmospheres. / Optimum conditions. / Polies (methyl methacrylate) / Renewable resources. / Synthesis and characterizations. / Thermal behaviors. / Grafting (chemical) / Ammonium compounds. / Bagasse. / Copolymerization. / Esters. / Fourier analysis. / Graft copolymers. / Infrared spectroscopy. / Methyl methacrylate. / Polymers.

Deformation and stress analysis of the fullerene by super element

Author

Sarvi, M. N.

Pub. Year

2011

Subjects

Deformation. / Fullerene. / Nano ball bearing. / Spherical super element. / Stress. / Accurate prediction. / Cancerous cells. / Concentrated load. / Deformation and stress. / Experimental methods. / Static and dynamic response. / Super elements. / Support structures. / Ball bearings. / Dynamic response. / Exhibitions. / Loading. / Mechanical engineering. / Mechanical properties. / Molecular dynamics. / Natural frequencies. / Spheres. / Stress analysis. / Stresses. / Fullerenes.

Deflection and vibration analysis of a spherical structure using a newly designed spherical super element

Author

Ahmadian, M. T.

Pub. Year

2010

Subjects

Deflection. / FEM. / Spherical super element. / Biological science. / Computational time. / Dynamic and static response. / Geometrical configurations. / Numerical techniques. / Solid structures. / Spherical structures. / Spherical super elements. / Deflection (structures) / Finite element method. / Mechanical engineering. / Vibration analysis. / Spheres.

A robust machine learning structure for driving events recognition using smartphone motion sensors

Author

Zarei Yazd, M.

Publisher

Taylor and Francis Ltd,

Pub. Year

2022

Subjects

Driving behavior. / Brakes. / Low pass filters. / Machine learning. / Motor transportation. / Neural networks. / Roads and streets. / Sensitivity analysis. / Behaviour monitoring. / Driving behaviour. / Driving events. / Driving monitoring. / Event recognition. / Learning structure. / Machine-learning. / Motion sensors. / Smart phones. / Smartphone sensor. / Decision trees.

A robust machine learning structure for driving events recognition using smartphone motion sensors

Author

Zarei Yazd, M.

Pub. Year

2024

Subjects

Brakes. / Low pass filters. / Motor transportation. / Neural networks. / Roads and streets. / Sensitivity analysis. / Behaviour monitoring. / Driving behaviour. / Driving events. / Driving monitoring. / Event recognition. / Learning structure. / Motion sensors. / Smart phones. / Smartphone sensor. / Machine learning. / Mobile phone. / Prediction. / Road. / Sensor. / Time series analysis. / Wavelet analysis. / Decision trees.