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Numerical model of cake baking based on enthalpy–porosity method
This study proposes a numerical model of the cake-baking process, including its heat and mass transfer processes and the phase change process of...
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FFT-Based Numerical Method for Nonlinear Elastic Contact
In theoretical research pertaining to sealing, a contact model must be used to obtain the leakage channel. However, for elastoplastic contact,...
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Modeling wave propagation across rock masses using an enriched 3D numerical manifold method
The three-dimensional numerical manifold method (3DNMM) method is further enriched to simulate wave propagation across homogeneous/jointed rock...
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Numerical conformal map** for underground unlined tunnels with arbitrary shapes based on Symm’s method
Conformal map** technique is important in theoretical analysis and numerical computation for the fields of stress and displacement. In general, a...
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A stable one-point quadrature rule for three-dimensional numerical manifold method
We present a numerically stable one-point quadrature rule for the stiffness matrix and mass matrix of the three-dimensional numerical manifold method...
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Machinery fault diagnostic method based on numerical simulation driving partial transfer learning
Artificial intelligence (AI), which has recently gained popularity, is being extensively employed in modern fault diagnostic research to preserve the...
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Numerical Simulation of Ship Collision with Rafted Ice Based on Cohesive Element Method
The gradual increase in ship** and drilling activities in the Arctic regions has resulted in the increased importance of studying the structural...
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Iterative numerical method for nonlinear moving boundary problem with a convective boundary condition
This paper studies a mathematical model of the phase transition process as a moving boundary problem (MBP). An equation describing the...
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Numerical manifold method for steady-state nonlinear heat conduction using Kirchhoff transformation
The numerical manifold method (NMM) introduces the mathematical and physical cover to solve both continuum and discontinuum problems in a unified...
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3D simulation of image-defined complex internal features using the numerical manifold method
The numerical simulation of internal features, such as inclusions and voids, is important to analyze their impact on the performance of composite...
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Numerical Computation of Plasticity in Large Deformations Using the Asymptotic Numerical Method
The primary goal of this study is to simulate finite transformation elasto-plasticity problems using the Asymptotic Numerical Method (ANM)....
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Investigation and Applications of Multi-species Numerical Method Based on NNW-FlowStar
The multi-species numerical method has a strong demand in the simulation of propulsion systems, jet/flow control, and wind tunnel verification, due...
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Three-dimensional numerical manifold method for heat conduction problems with a simplex integral on the boundary
The three-dimensional numerical manifold method (3D-NMM), which is based on the derivation of Galerkin’s variation, is a powerful calculation tool...
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Numerical analysis of lossy nonuniform interconnect lines in modern integrated circuits by multistep θ-method and Runge-midpoint method
With the rapid evolution of system-on-chip technology and with fast switching speeds, the resistance, conductance, capacitance and inductance of...
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A new semi-numerical method for calculation of the critical J-integral
The current research presents a semi-numerical (SN) method to obtain the critical J-integral ( J C ) of an Al 2024-T3 plate under plane-stress conditions
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Numerical and experimental studies on unsupervised deep Lagrangian learning based rotor balancing method
Rotor balancing is essential to rotor dynamic analysis. To make the balancing process convenient and costless, a balancing method using unsupervised...
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Nonlocal Operator Method with Numerical Integration for Gradient Solid
In Chap. 6, we develop the nonlocal operator method further by adopting numerical integration. The NOM in Chaps. 4, 5 are particle-based, which has...
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A Stable Finite Volume Method for Numerical Solution of Time-Tempered Fractional Sine–Gordon Equations
This paper proposes a numerical method based on the finite volume method for solving the time-tempered fractional sine–Gordon equation. To overcome...
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A numerical-experimental coupled method for the identification of model parameters from µ-SPIF test using a finite element updating method
Single-point incremental forming (SPIF) is a technology that allows obtaining complex parts using a hemispherical end tool by applying a local...
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Numerical Analysis of Directional Rock Blasting with Continuous-Discontinuous Element Method
When simulating the directional blasting process, many researchers focus on the cutting and splitting effects who might pay more attention on the...