Create a high-quality photorealistic 3D infographic diagram showing exactly three distinct types of abrasive wear on metal surfaces, arranged in a clean, balanced modular layout on a pure solid white background. No text, no letters, no labels, no captions, no numbers. Clean industrial engineering catalog presentation, bright soft studio lighting, crisp detail, sharp high contrast, clear negative space for custom text to be added later. Show three separate thick, heavy rectangular metal plates made of industrial steel or high-chrome cast iron, with realistic brushed-metal textures and subtle metallic reflections. Use realistic sharp-edged rock fragments, crushed stones, and abrasive sand grains; trajectories and velocity streaks must be crisp and clearly communicate the action. Layout: one large panel on the left, with two smaller panels stacked vertically on the right, with generous clean white gutters between sections. Keep all plates and particles fully within the frame. Left section: a single horizontal heavy steel plate viewed in a clear three-quarter perspective. A dense cloud/stream of sharp stone fragments travels from left to right, parallel and very close to the plate’s top surface, scraping and sliding along it at a very low angle. Include one clean, simple black vector arrow above the stream, pointing left-to-right to indicate flow direction. No other arrows or text. Top-right section: a separate rectangular steel plate in three-quarter perspective. Multiple individual stone particles fall from different heights and strike and bounce off the top surface in completely random, chaotic, multi-directional paths, clearly illustrating random impacts. Show distinct trajectories with restrained crisp motion streaks, with particles both approaching and rebounding at varied angles. Bottom-right section: a separate rectangular steel plate in three-quarter perspective. A focused, directional jet of heavy stone particles strikes the metal surface at a steep 45-degree angle and rebounds uniformly in one single predictable direction. Make the incoming jet cohesive and directional; show the outgoing particles and velocity streaks consistently aligned in the same rebound direction. Ensure the three mechanisms are visually distinct and mechanically legible at a glance. Maintain a clean modular composition, consistent scale and lighting, refined industrial realism, no clutter, no extra objects, no borders, no gradients or colored background.
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