Thermo-Mechanical Coupling Analysis of the Actuating Mechanism in a High Speed Press
'
Thermo-Mechanical Coupling Analysis of the Actuating Mechanism in a High Speed Press' 의 참고문헌
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Thermal Optimization of an Ultra-Precision Machine Tool by the Thermal Displacement Decomposition and Counteraction Method
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Thermal Modelling and Characteristics Analysis of High Speed Press System
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Thermal Issues in Machine Tools
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Thermal Error Modeling of Machine Tool Based on Fuzzy C-Means Cluster Analysis and Minimal-Resource Allocating Networks
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Thermal Characteristics Analysis and Experimental Study on the High-Speed Spindle System
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Thermal Characteristic Analysis of High-Speed Motorized Spindle System Based on Thermal Contact Resistance and Thermal-Conduction Resistance
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Study on the Influence of Thermal Characteristics of Rolling Bearings and Spindle Resulted in Condition of Improper Assembly
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Modeling of Metallic Surface Topography Modification by High-Frequency Vibration
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Estimating Time-Varying Heat Sources in a High Speed Spindle Based on Two Measurement Temperatures
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Error Compensation in Machine Tools - A Review: Part II: Thermal Errors
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Effect of Tip Clearance on the Heat Transfer and Pressure Drop Performance in the Micro-Reactor with Micro-Pin-Fin Arrays at Low Reynolds Number
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Dynamic Modelling and Response Analysis of Closed High-Speed Press System
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Direct Reliability-Based Design Optimization of Uncertain Structures with Interval Parameters
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Calculation Method of Convective Heat Transfer Coefficients for Thermal Simulation of a Spindle System Based on RBF Neural Network
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Analytical Modeling for Thermal Errors of Motorized Spindle Unit
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Analysis of Thermal Errors in a High-Speed Micro-Milling Spindle
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Analysis of Thermal Deformation and Temperature Field for Plain Thrust Bearing
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A Thermal Model for High Speed Motorized Spindles
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A Study on the Thermal Characteristics and Experiments of High-Speed Spindle for Machine Tools
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A Method for Thermal Performance Modeling and Simulation of Machine Tools
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Thermo-Mechanical Coupling Analysis of the Actuating Mechanism in a High Speed Press'
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