Keywords: فرمول سازمانی کاررا; Beam element; Carrera Unified Formulation; Global-local analysis; Node-dependent kinematics;
مقالات ISI فرمول سازمانی کاررا (ترجمه نشده)
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: فرمول سازمانی کاررا; Radial basis function; Carrera unified formulation; Free vibration; Beam structures; Bending analysis;
Keywords: فرمول سازمانی کاررا; Carrera unified formulation; Geometrical nonlinearities; Nonlinear vibrations; Mode aberration;
Keywords: فرمول سازمانی کاررا; Functionally graded materials; Disk; Thermoelastic waves; Finite elements; Carrera Unified Formulation;
Keywords: فرمول سازمانی کاررا; MITC; Carrera unified formulation; Curved beams; Locking; Micro modeling;
Keywords: فرمول سازمانی کاررا; Smart materials; Microstructures; Magnetic properties; Finite element analysis (FEA); Carrera unified formulation;
Keywords: فرمول سازمانی کاررا; Refined beam theories; Refined plate theories; Finite elements; Carrera unified formulation; Hierarchical Legendre expansion; Thin-walled beam;
Keywords: فرمول سازمانی کاررا; Rotordynamics; Prestress; Finite element method; Carrera unified formulation;
Keywords: فرمول سازمانی کاررا; Micromechanics; Refined beam theories; Carrera Unified Formulation; Mechanics of structure genome;
Keywords: فرمول سازمانی کاررا; Carrera unified formulation; Layer-wise approach; Closed-form solution; Free vibration analysis;
Keywords: فرمول سازمانی کاررا; Variable kinematics; Equivalent single layer; Layer wise; Finite element method; Carrera unified formulation; Shells;
Keywords: فرمول سازمانی کاررا; Multilayered plate elements; Refined theories; Global/local analysis; Carrera unified formulation; Node-dependent kinematics;
Keywords: فرمول سازمانی کاررا; Laminated box beams; Composite beams; Free vibration analysis; Tailoring; Carrera Unified Formulation;
Keywords: فرمول سازمانی کاررا; Refined theories; Finite element method; Carrera Unified Formulation; Laminated beams; Box beams; Composites;
Keywords: فرمول سازمانی کاررا; Rotordynamics; FEM; Component-wise approach; Higher-order beam theories; Carrera Unified Formulation
Keywords: فرمول سازمانی کاررا; Refined beam theories; Finite elements; Carrera Unified Formulation; Layered structures; Layer Wise approach; Hierarchical Legendre Expansions;
Keywords: فرمول سازمانی کاررا; Refined beam theories; 6-DOF beam element; Finite elements; MITC; Carrera unified formulation
Keywords: فرمول سازمانی کاررا; Refined beam theories; Finite elements; Carrera unified formulation; Dynamic response; Mode superposition;
Keywords: فرمول سازمانی کاررا; Carrera Unified Formulation; Cell-based smoothed finite element; MITC4; Smoothing; Shear locking
Keywords: فرمول سازمانی کاررا; Thin-walled beams; Finite elements; Carrera unified formulation; Inertial loads; Non-structural masses
B-spline finite element approach for the analysis of thin-walled beam structures based on 1D refined theories using Carrera unified formulation
Keywords: فرمول سازمانی کاررا; B-spline functions; Isogeometric; Free vibration; Thin-walled beams; Carrera unified formulation;
Use of higher-order Legendre polynomials for multilayered plate elements with node-dependent kinematics
Keywords: فرمول سازمانی کاررا; Laminated plate; Carrera Unified Formulation; Legendre polynomials; Node-dependent kinematics; Finite element;
Numerical modelling of the creep behaviour of GFRP sandwich panels using the Carrera Unified Formulation and Composite Creep Modelling
Keywords: فرمول سازمانی کاررا; Composite Creep Modelling; Carrera Unified Formulation; Beam models; Finite elements;
Evaluation of energy and failure parameters in composite structures via a Component-Wise approach
Keywords: فرمول سازمانی کاررا; Component-wise; Composites; Carrera Unified Formulation; 1D models;
Global-local analysis of laminated plates by node-dependent kinematic finite elements with variable ESL/LW capabilities
Keywords: فرمول سازمانی کاررا; Laminated plates; Carrera Unified Formulation; Global-local analysis; Node-dependent kinematics;
Computationally efficient, high-fidelity micromechanics framework using refined 1D models
Keywords: فرمول سازمانی کاررا; Micromechanical homogenization; Carrera Unified Formulation; 1D models; RVE;
Large-deflection and post-buckling analyses of laminated composite beams by Carrera Unified Formulation
Keywords: فرمول سازمانی کاررا; Carrera Unified Formulation; Composite beams; Higher-order theories; Geometrical nonlinearities; Post-buckling; Path-following methods;
Laminated composite plates subject to thermal load using trigonometrical theory based on Carrera Unified Formulation
Keywords: فرمول سازمانی کاررا; Thermoelastic analysis; Laminated composites; Trigonometric displacement field; Carrera Unified Formulation;
Results on best theories for metallic and laminated shells including Layer-Wise models
Keywords: فرمول سازمانی کاررا; Carrera Unified Formulation; Shell; Best Theory Diagram; Advanced models
Progressive delamination of laminated composites via 1D models
Keywords: فرمول سازمانی کاررا; Delamination; FEM; Carrera Unified Formulation; Laminated composites; Higher-order models;
Analytical solution for free vibration analysis of composite plates with layer-wise displacement assumptions
Keywords: فرمول سازمانی کاررا; Analytical solutions; Layer-wise; Composites; Free vibration analysis; Carrera Unified Formulation
MITC technique extended to variable kinematic multilayered plate elements
Keywords: فرمول سازمانی کاررا; MITC; Carrera Unified Formulation; Refined theories; Shear locking; Multilayered structures
Variable kinematic models applied to free-vibration analysis of functionally graded material shells
Keywords: فرمول سازمانی کاررا; Functionally graded materials; Multilayered shells; Higher order theories; Free vibration; Carrera Unified Formulation