Deep learning-driven optimization and predictive modeling of LASER beam machining for XG3 steel. [PDF]
Hegde A, Shetty R, Bolar G, Balaji V.
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Reduction of noise pollution in CNC wood milling through multi-parameter optimization using response surface methodology. [PDF]
Souri S, Rabiei F.
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Effect of Pre-Heating on Residual Stresses and Deformation in Laser-Based Directed Energy Deposition Repair: A Comparative Analysis. [PDF]
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Theoretical and Experimental Study on the Surface Microstructures of Polyimide in Ultra-Precision Fly-Cutting. [PDF]
Liu J, Wang S, Zhao Q.
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Deposition-Induced Thermo-Mechanical Strain Behaviour of Magnetite-Filled PLA Filament in Fused Filament Fabrication Under Varying Printing Conditions. [PDF]
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Materials Research Proceedings, 2023Abstract. Incremental sheet forming is a relatively new technology with a deformation strategy that resembles the layered manufacturing principle of rapid prototyping; thanks to this, it can represent a viable way to form metal and polymer sheets, guaranteeing high customization and cost-effectiveness.
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E-smart toolpath machining strategy for process planning
The International Journal of Advanced Manufacturing Technology, 2016The environmental impact of conventional machining processes as influenced by the consumption of electrical energy resources is one of the contributing factors to global warming potentials and pollution. This is as a result of CO2 emission in the manufacturing process.
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A heuristic feedrate optimization strategy for NURBS toolpaths
CIRP Annals, 2008Abstract This paper presents a new and computationally efficient feedrate optimization strategy for spline toolpaths. The technique combines analytically derived compatibility equations with a heuristic search method, which helps generate feed profiles with reduced cycle time while adhering to axis velocity, acceleration, torque, and jerk constraints.
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Dieless Double-Sided Incremental Hole-Flanging With Different Toolpath Strategies
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