Which risk increases substantially because using an excessively hard grinding wheel in a CNC cylindrical grinding machine?

💡 Explanation

Thermal cracking increases because the grinding wheel’s abrasive grit dulls quickly which causes increased friction and heat generation, rather than efficiently shearing material. Therefore, localized heating exceeds the material's thermal limits; alternative options address wheel wear or material removal rates.

• Which consequence results when intermodulation between carriers sharing finite bandwidth is insufficient in frequency-division multiplexing?
• Which aerodynamic phenomenon reduces control effectiveness near stall?
• Which outcome results when a three-phase motor experiences a ground fault in one winding its windings circuit?
• Which outcome occurs in an absorption chiller when waste heat input dramatically decreases?
• Which risk increases when proportional valve deadband setting on a hydraulic actuator is excessively reduced?
• Which consequence results when atmospheric ducting conditions establish a tropospheric waveguide for microwave antennas?