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When the abrasive jet strikes the surface of the workpiece, several mechanisms contribute to material removal, including impact, abrasion, and erosion. The high-speed particles collide with the material, transferring their kinetic energy and inducing localized stresses. These stresses exceed the material’s yield strength, causing small particles to fracture or be dislodged. The process is predominantly a form of mechanical erosion; hence, factors such as particle size, velocity, and hardness significantly affect the efficiency of material removal.

In summary, green sand iron casting stands out as a reliable and efficient casting method used across various industries. Its cost-effectiveness, versatility, and capability to produce high-quality castings make it an essential process in metalworking today. As technologies evolve and environmental concerns grow, the industry continues to develop more sustainable practices to enhance the benefits of green sand casting while mitigating its environmental impact. The future of this casting technique remains bright, poised for innovation and continued relevance in the manufacturing landscape.