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Integrative structural, genetic, and expression analysis of bovine DGAT1: elucidating molecular mechanisms of milk fat synthesis and inhibition
Piperidine and isobutyl-nitrite fuels for the combustion synthesis of nanomaterials: A study of crystal structure, microstructure, thermodynamics, and optical properties
Integrating magnesium MOF and curcumin into chitosan/sodium alginate wound dressings: insights into structural, mechanical, and biological impacts
Integrating magnesium MOF and curcumin into chitosan/sodium alginate wound dressings: insights into structural, mechanical, and biological impacts
Dynamic instability, free vibration, and buckling analysis of MR fluid sandwich plates with FG face layers using the HSDT-based finite strip method
Dynamic instability, free vibration, and buckling analysis of MR fluid sandwich plates with FG face layers using the HSDT-based finite strip method
Static and dynamic instability analysis of tapered CNTRC sandwich plates under uniform and non-uniform in-plane loadings using spline finite strip method
Static and dynamic instability analysis of tapered CNTRC sandwich plates under uniform and non-uniform in-plane loadings using spline finite strip method
Evaluation of dynamic behavior of hydrophilic and photocatalytic self-cleaning PES nanofiltration membrane post treating biologically treated palm oil mill effluent (POME)
QSAR Studies on Benzodiazepine Classes as a Selective GABA a5 Inverse Agonist Using Homology Modeling Molecular Dynamic Simulation Docking and Support Vector Machine
QSAR Studies on Benzodiazepine Classes as a Selective GABA a5 Inverse Agonist Using Homology Modeling Molecular Dynamic Simulation Docking and Support Vector Machine
Dynamic instability analysis of sandwich plates with auxetic honeycomb core and three-phase hybrid composite layers stiffened by curved stiffeners using isogeometric analysis
Dynamic instability analysis of sandwich plates with auxetic honeycomb core and three-phase hybrid composite layers stiffened by curved stiffeners using isogeometric analysis
A novel approach to design and fabricate foams with optimized fluid flow in porous media by combining the methods of computational fluid dynamics, machine learning and additive manufacturing
A novel approach to design and fabricate foams with optimized fluid flow in porous media by combining the methods of computational fluid dynamics, machine learning and additive manufacturing