Applied Mathematics

Applied Mathematics

ISSN Print: 2152-7385
ISSN Online: 2152-7393
www.scirp.net/journal/am
E-mail: [email protected]
"Mathematical Modeling of Hydrogels Swelling Based on the Finite Element Method"
written by Armando Blanco, Gema González, Euro Casanova, María E. Pirela, Alexander Briceño,
published by Applied Mathematics, Vol.4 No.8A, 2013
has been cited by the following article(s):
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[9] Polymer-Based Hydrogels Applied in Drug Delivery: An Overview. Gels 2023, 9, 523
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[11] Recent advances in biopolymers for drug delivery applications
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[12] Modelling the conformational change dynamics of pHsensitive cationic hydrogels: a case of genipin crosslinked chitosan hydrogels
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[13] 1Wolfson School of Mechanical, Electrical and Manufacturing Engineering, Loughborough University, Leicester, United Kingdom; 2Research Centre for …
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[15] Lattice Boltzmann method simulations of swelling of cuboid-shaped IPN hydrogel tablets with experimental validation
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[16] Analytical Solution for Controlled Drug Release with Time-Dependent Diffusion Parameter
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[17] Numerical modeling of hydrogels: from microscopic network to macroscopic material
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[18] The Impacts of Bio-Based and Synthetic Hydrogels on Soil Hydraulic Properties: A Review. Polymers 2022, 14, 4721
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[19] 1Wolfson School of Mechanical, Electrical and Manufacturing Engineering, Loughborough University, Leicester, United Kingdom; 2Research Centre for Medical …
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[20] Formulación y caracterización de la cinética de hinchamiento de hidrogeles de gelatina con inulina y fructooligosacáridos
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[21] Mathematical Model for Estimating Parameters of Swelling Drug Delivery Devices in a Two-Phase Release
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[22] Swelling Behavior of IPN and Copolymer Hydrogels by Lattice Boltzmann Method
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[23] Lattice Boltzmann simulation of swelling of an implant for microtia manufactured with IPN hydrogel
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[24] Design and Preparation of New Multifunctional Hydrogels Based on Chitosan/Acrylic Polymers for Drug Delivery and Wound Dressing Applications
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[25] Transient swelling behaviour of dual stimuli sensitive nanocomposite hydrogels
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[26] Drug release kinetics of pH‐responsive microgels of different glass‐transition temperatures
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[28] Lattice Boltzmann simulation of swelling behavior of cylindrical IPN hydrogel tablets
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[29] Chemical imaging of protein hydrogels undergoing alkaline dissolution by CARS microscopy
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[30] Development and In vitro Anticancer Evaluation of Self‐Assembled Supramolecular pH Responsive Hydrogels of Carboxymethyl Chitosan and Polyoxometalate
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[31] Experimental determination and modelling of the swelling speed of a hydrogel polymer
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[32] Swelling and Disintegration of Multi-Component Polymeric Structures
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[33] Carboxymethylpsyllium (CMPsy)/poly (acrylamide)(poly (AAm)) hydrogels for oral delivery of anti-diabetic drug Gliclazide
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[34] Spatial quantification of hydrogels swelling using wide-field fluorescence microscopy
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[35] A green approach to prepare Ag NPs loaded IC/PVA polymeric film for antimicrobial applications
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[36] Dynamic Finite Element Modelling of a Hydrogel-Based Micro-Valve With 2-Way Fluid Structure Interactions
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[37] Modeling the closing behavior of a smart hydrogel micro-valve
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[38] OBTENCIÓN Y CARACTERIZACIÓN DE PROTOTIPO DE IMPLANTE PARA MICROTIA USANDO HIDROGEL INTERPENETRADO
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[39] Biyoaktif, biyobozunur yeni bir yara örtü filmi hazırlanması ve karakterizasyonu
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[40] Estudio de hidrogeles híbridos NANO y/o microestructurados como potenciales biomateriales
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[41] Curcumin/cellulose micro crystals/chitosan films: Water absorption behavior and in vitro cytotoxicity
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[42] Superabsorbent hydrogels based on polysaccharides for application in agriculture as soil conditioner and nutrient carrier: A review
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[43] Numerical simulation of capillary deformation of a body implantable device
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[44] Combined Simulation of the Closing Behavior of a Smart Hydrogel Micro-Valve
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[45] ACERCA DE LA PRECISIÓN EN LA DETERMINACIÓN DE LAS CONSTANTES DE DIFUSIÓN EN HIDROGELES MEDIANTE SIMULACIÓN NUMÉRICA/ON THE ACCURACY IN THE DETERMINATION OF DIFFUSIVITY CONSTANTS IN HYDROGELS BY NUMERICAL SIMULATION
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[46] ACERCA DE LA PRECISIÓN EN LA DETERMINACIÓN DE LAS CONSTANTES DE DIFUSIÓN EN HIDROGELES MEDIANTE SIMULACIÓN NUMÉRICA/ …
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[47] Acerca de la precisión en la determinación de las constantes de difusión en hidrogeles mediante simulación numérica
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[48] On the accuracy in the determination of diffusivity constants in hydrogels by numerical simulation
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