This invention belongs to the field of
erosion wear, specifically an intelligent
solid-liquid two-phase flow
erosion wear testing device and method. It includes a media circulation module, an
erosion test module, and a sample transport and
data acquisition module. The media circulation module includes a
mud pump, a
storage tank, a flow meter, and a throttling valve connected by pipes and a T-shaped tee. The erosion test module includes a
nozzle, a spray chamber, a block sample holder, and a
robotic arm. The block sample holder is bolted to the left end of the
robotic arm. The sample transport and
data acquisition module includes a control console, a liftable platform, a weighing platform, a transport device, a
drying chamber, and a liftable storage device. This invention combines a PLC with the erosion
wear testing mechanical device to achieve intelligent erosion
wear testing. The control console allows for adjustment of the
impact angle and flow rate, improving the efficiency and accuracy of the experiment.