Latest Research in Numerical Topology Frameworks

354 research papers · 0.0 average citations · 2026 median publication year

Top Research Topics in Numerical Topology Frameworks

Highest-Cited Papers

  1. Sub-cell-free weighted least-squares integration methods with and without stabilization terms for higher-order shear deformation analysis of isotropic plates (1 citations)
  2. Analysis of the Wrinkle Behavior of Creased Membranes Considering Concentrated Residual Stress
  3. Heterogeneous Geometry for Heterogeneous Rock: Cobweb, Beehive Hemisphere, and Compound Eye Topologies as Boring Tool Face Design Principles
  4. Extended physics-informed neural networks (Ex-PINNs): a machine-learning method for solving partial differential equations in domain with spatially heterogeneous parameters
  5. Thermo-mechanical stress analysis of variable stiffness composite sandwich plates with auxetic honeycomb core using a higher-order zig-zag theory
  6. Heterogeneous Geometry for Heterogeneous Rock: Cobweb, Beehive Hemisphere, and Compound Eye Topologies as Boring Tool Face Design Principles
  7. Parametric phase-field brittle fracture computations with convolutional Fourier neural operators
  8. Requirements for numeric models as sources of synthetic data for predicting real-world data sets in progressive deep drawing processes
  9. Energy absorption performance study of bio-inspired hierarchical honeycomb structures with curved cell walls under Quasi-static loading
  10. CDM-based constitutive model incorporating strength and stiffness degradation for ULCF prediction of weld metal
  11. Crack Propagation in Elastoplastic Thin-Walled Structures Using Global–Local XFEM Formulation
  12. Cohesive-frictional interphase failure modeling for multi-material topology optimization
  13. To underpredict or to overpredict an LBA or MNA, that is the question (a brief note on the LBA-MNA design method of EN 1993-1-6:2025)
  14. An Explicit Constitutive Reconstruction Framework for Mechanical Characterization of Miniaturized 3D‐Printed Specimens
  15. The inverse micromechanics problem given the dielectric constants for isotropic composites with spherical inclusions
  16. Modeling and parametric analysis of tow-steered composites with manufacturing defects using unstructured meshing technique
  17. CGAN-Based Surrogate Model for Predicting Von Mises Stress Distribution in 3D Structures
  18. Constrained multi-objective optimization of double-sided composite patch repairs for cracked aluminum plates using automated FEM, weighted-sum PSO and NSGA-II
  19. Accelerated topology optimization via a deep quantized projector
  20. Heterogeneous Geometry for Heterogeneous Rock: Cobweb, Beehive Hemisphere, and Compound Eye Topologies as Boring Tool Face Design Principles

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L2 Region - - 2026 Sep Q3

Numerical Topology Frameworks

354 papers

Top Topics (10)

Numerical Analysis38
Topology Optimization in Engineering24
Model Reduction and Neural Networks20
Composite Structure Analysis and Optimization19
Fatigue and fracture mechanics16
Machine Learning15
Numerical methods in engineering13
Cellular and Composite Structures13
Computational Engineering, Finance, and Science11
Nonlocal and gradient elasticity in micro/nano structures8

Top Publications (20)

1.Sub-cell-free weighted least-squares integration methods with and without stabilization terms for higher-order shear deformation analysis of isotropic plates1c2.Analysis of the Wrinkle Behavior of Creased Membranes Considering Concentrated Residual Stress3.Heterogeneous Geometry for Heterogeneous Rock: Cobweb, Beehive Hemisphere, and Compound Eye Topologies as Boring Tool Face Design Principles4.Extended physics-informed neural networks (Ex-PINNs): a machine-learning method for solving partial differential equations in domain with spatially heterogeneous parameters5.Thermo-mechanical stress analysis of variable stiffness composite sandwich plates with auxetic honeycomb core using a higher-order zig-zag theory6.Heterogeneous Geometry for Heterogeneous Rock: Cobweb, Beehive Hemisphere, and Compound Eye Topologies as Boring Tool Face Design Principles7.Parametric phase-field brittle fracture computations with convolutional Fourier neural operators8.Requirements for numeric models as sources of synthetic data for predicting real-world data sets in progressive deep drawing processes9.Energy absorption performance study of bio-inspired hierarchical honeycomb structures with curved cell walls under Quasi-static loading10.CDM-based constitutive model incorporating strength and stiffness degradation for ULCF prediction of weld metal11.Crack Propagation in Elastoplastic Thin-Walled Structures Using Global–Local XFEM Formulation12.Cohesive-frictional interphase failure modeling for multi-material topology optimization13.To underpredict or to overpredict an LBA or MNA, that is the question (a brief note on the LBA-MNA design method of EN 1993-1-6:2025)14.An Explicit Constitutive Reconstruction Framework for Mechanical Characterization of Miniaturized 3D‐Printed Specimens15.The inverse micromechanics problem given the dielectric constants for isotropic composites with spherical inclusions16.Modeling and parametric analysis of tow-steered composites with manufacturing defects using unstructured meshing technique17.CGAN-Based Surrogate Model for Predicting Von Mises Stress Distribution in 3D Structures18.Constrained multi-objective optimization of double-sided composite patch repairs for cracked aluminum plates using automated FEM, weighted-sum PSO and NSGA-II19.Accelerated topology optimization via a deep quantized projector20.Heterogeneous Geometry for Heterogeneous Rock: Cobweb, Beehive Hemisphere, and Compound Eye Topologies as Boring Tool Face Design Principles

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