In view of workpiece burnout in grinding of superalloy material, the intermittent grinding
technology and pressurized internal-cooling method are combined and proposed to avoid …

Aiming at the overheating problem caused by the gas barrier effect of the grinding wheel in
the grinding of nickel-base superalloys, a pressurized internal cooling grinding method is …

Internal-cooling technology is an effective cooling method to reduce the temperature in
grinding zone and avoid grinding burn for grinding hard-to-cut materials. In order to …

To improve the grinding performance of superalloys, a bowl-type internal-cooling grinding
wheel with a phyllotactic abrasive pattern has been developed. The internal structure of the …

The key issue that restricts the development of profile grinding in difficult-to machine
materials is usually the thermal damage. Most studies have focused on the cooling efficiency …

In view of the cooling problems of much grinding heats generated in the grinding processes
of nickel-based superalloy, a cooling method that combined pressurized internal cooling …

The use of fluid in grinding enhances heat exchange at the contact zone and reduces
grinding temperature. However, the massive use of fluid can cause negative influences on …

In order to enhance material removal rates without grinding burn, workpiece temperature
and grinding heat flux were analyzed with grooved grinding wheels. The workpiece …

Grinding heat is a significant problem for grinding difficult-to-machine materials such as
nickel-based superalloys, which restricts their applications. A majority of existing cooling …

High grinding temperature restricts the machining efficiency and precision of some
aeronautical difficult-to-machine materials. Aiming to enhance heat exchange with the …