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Chip geometry modeling in micro-milling of glow discharge polymer by a single-edge diamond tool considering tool inclination
Glow discharge polymer (GDP) ablators with complex microstructures are critical in confined
inertial fusion applications. Micro-milling with controllable chip formation is of great interest …
inertial fusion applications. Micro-milling with controllable chip formation is of great interest …
[HTML][HTML] Chip formation, cutting temperature and forces measurements in hard turning of Gcr15 under the influence of PcBN chamfering parameters
Hard turning is a key technology for difficult-to-cut materials with high precision and
efficiency. However, the turning of GCr15 hardened steel leads to elevated cutting …
efficiency. However, the turning of GCr15 hardened steel leads to elevated cutting …
A novel cold air electrostatic minimum quantity lubrication (CAEMQL) technique for the machining of titanium alloys Ti–6Al–4 V
F Liu, X Wu, Y **a, T Lv, R Zhang, X Hu… - The International Journal of …, 2023 - Springer
The milling of titanium alloys is usually associated with a high cutting temperature and
severe tool wear. Therefore, flood cooling technologies have been conventionally employed …
severe tool wear. Therefore, flood cooling technologies have been conventionally employed …
Tool segmentation design method of hybrid optimization framework with geometric modeling-finite element-genetic algorithm
T Zhou, H Cui, F Du, C Zhang, P Tian, L He - CIRP Journal of …, 2025 - Elsevier
The contact area between the turning tool and the chip (workpiece) experiences friction,
normal composite forces, and high temperatures under severe working conditions …
normal composite forces, and high temperatures under severe working conditions …
Tool-edge geometry effects in semi-to-finish cut machining operations on subsurface integrity and tool thermo-mechanical loadings: A coupled damage-fracture …
Present work put forwards a numerical approach to quantify the effects of honed-edge and
chamfered-edge tools on residual stresses and end-burr generation while performing semi …
chamfered-edge tools on residual stresses and end-burr generation while performing semi …
The co-optimization method of tool parameters and mounting position parameters for cylindrical gear chamfering tool
In hobbing motion chamfering of cylindrical gear tooth profiles, the tool parameters and
mounting position parameters of the chamfering tool directly affect the results. In this paper …
mounting position parameters of the chamfering tool directly affect the results. In this paper …
[HTML][HTML] Numerical analysis of the forming mechanism of exit burrs in metal milling under ice boundary constraint
C Wang, W **ong, G Ding, P Li, Z Zhu, H Liu - Materials, 2022 - mdpi.com
In metal processing, exit burrs are usually inevitable, which is a huge challenge for high-
precision manufacturing. This paper innovatively proposes an ice boundary constraint (IBC) …
precision manufacturing. This paper innovatively proposes an ice boundary constraint (IBC) …
COMPARATIVE ANALYSIS OF CUTTING FORCES IN AXIAL-COMPLIANT AND RIGID CHAMFERING TOOLS
SB Normatov, O Tuyboyov… - Technical science …, 2024 - btstu.researchcommons.org
This study delves into the analysis of cutting forces in axial-compliant systems, focusing
specifically on the comparison between axially spring-compensated 90 conical tools and …
specifically on the comparison between axially spring-compensated 90 conical tools and …