Latest Research in Structural Performance Optimization

Top Research Topics in Structural Performance Optimization

• Composite Structure Analysis and Optimization — 12 papers
• Gear and Bearing Dynamics Analysis — 11 papers
• Acoustic Wave Phenomena Research — 9 papers
• Ultrasonics and Acoustic Wave Propagation — 6 papers
• Advanced Measurement and Metrology Techniques — 5 papers
• Tribology and Lubrication Engineering — 5 papers
• Advanced machining processes and optimization — 5 papers
• Bladed Disk Vibration Dynamics — 5 papers
• Experimental and Theoretical Physics Studies — 5 papers
• Vibration Control and Rheological Fluids — 4 papers

Highest-Cited Papers

1. Bayesian-optimized hybrid CNN–RNN framework for high-fidelity prediction of spindle thermal deformation in CNC machine tools
2. Axial vibration reduction and energy harvesting for marine thrust bearings based on BNES-EMS considering bistable behavior
3. EMCS-PGNN: Physics-guided neural network-based enhanced Monte Carlo simulation for high-dimensional reliability analysis
4. A High-Precision Approximate Construction Method for the Quadrature of the Circle via 45-Degree Rotational Matrix and Peripheral Scanning Circles
5. Optimization of oil-jet parameters for high-speed aeroengine bearings: CFD study with viscosity-temperature effect and experimental validation
6. A High-Precision Approximate Construction Method for the Quadrature of the Circle via 45-Degree Rotational Matrix and Peripheral Scanning Circles
7. Proposal of “specific cutting displacement coefficient” concept and its operational identification in milling - Part 2: Experimental validation
8. Quantitative discrimination of debonding defects and non-debonding defects in coated propellant grain based on shearography
9. Improving on Popov: Machine-Certified Absolute Stability for High-Dimensional Lur'e Systems via Lean 4 & Comparator
10. Measurement-Driven Low-Label Adaptation for Signal-Based Areal Surface Roughness Prediction After Tool Replacement in Ti–6Al–4V Milling
11. Analysis of lubrication and dynamic characteristics of spur gear considering angular misalignment error
12. Quadratic-Manifold-based Craig–Bampton for geometrically nonlinear substructuring
13. Shape Control of Deformable Structures Using Iterative Multi-Modal Density Steering
14. \({\mathcal{H}}_{2}\)-Optimal Model Reduction of Linear Quadratic-Output Systems by Multivariate Rational Interpolation
15. 20 Multifunctional Solutions for Hydraulics and Structural Frameworks of Legged Robots: Self-Diagnostic Cartridge Valves, MRF and NiTi-Based Damping, Parametric Metamaterials, and Predictive Diagnostics
16. 20 Multifunctional Solutions for Hydraulics and Structural Frameworks of Legged Robots: Self-Diagnostic Cartridge Valves, MRF and NiTi-Based Damping, Parametric Metamaterials, and Predictive Diagnostics
17. Proposal of “specific cutting displacement coefficient” concept and its operational identification in milling - Part 1: General formulation and simulation-based validation
18. 2D thermal characteristic modeling and error prediction of a ball screw accounting for phased contact thermal resistance
19. Research on Grinding Wheel Dressing and Tooth Flank Topology Control for Generating Grinding of Internal Helical Gears
20. Lightweight design and post-impact attitude stability of extra-high grade guardrail based on 700L high-strength steel

Sub-Regions

• Composite Structure Analysis and Optimization — 34 papers
• Gear and Bearing Dynamics Analysis — 33 papers
• Fatigue and fracture mechanics — 27 papers
• Tribology and Lubrication Engineering — 19 papers
• Probabilistic and Robust Engineering Design — 13 papers
• Computational Engineering, Finance, and Science — 11 papers