Grinding is the primary approach to machining hard materials. During the grinding process,
high grinding forces are generated due to the high hardness of the workpiece, forcing the …

The aerostatic spindle is widely used in the field of precision grinding because of its
excellent machining stability and machining accuracy. The spindle is jointly affected by …

Vibration-assisted grinding is one of the most promising technologies for manufacturing
optical components due to its efficiency and quality advantages. However, the damage and …

Gamma titanium-aluminum (γ-TiAl) intermetallic compounds are increasingly used in
manufacturing key hot-end components (eg, blade tenon) in aero engines due to their high …

Chatter is a serious problem in grinding, which will directly affect machining accuracy,
efficiency, tool wear and even damage machine tools. In order to understand and avoid …

The machining surface integrity of aero-engine turbine disc slots has a significant impact on
their fatigue life and service performance, and achieving efficiency and high-precision …

Nickel-based superalloys exhibit exceptional characteristics and have extensive
applications in marine, energy, chemical, and various other fields. Nevertheless, nickel …

Carbon fiber-reinforced silicon carbide matrix composites (C f/SiCs) are a new thermos-
structural material widely used in aviation and aerospace. The brazed diamond grinding rod …

The cyclic indentation effect is widespread in vibration-assisted grinding processes. The
understanding of the material removal mechanism during cyclic indentation is scientifically …

A gear form-grinding optimization method is proposed to obtain an optimal profile of a form-
grinding wheel by solving a transcendental equation of the contact line between a form …