iLOX

Welcome to the iLOX documentation!

Paper Thoughts

These are just some unorganized thoughts, gladly disregard!

• Interlocking metasurfaces (ILMs) are engineered arrays of complementary features that facilitate the joining of two bodies.
  • Unlike traditional methods such as bolts, adhesives, or welds, ILMs offer easy assembly, disassembly, and reassembly while maintaining robust mechanical properties.
  • They function across a surface in a quasi-continuous manner, enabling the connection of complex structures like lattices.
• Categorization of ILMs
  • Complementary Surface Features:
    • These involve matching protrusions and indentations on mating surfaces that fit together precisely.
    • Example: LEGO™ bricks utilize this principle, where studs on one brick align with recesses on another.
  • Elastic Interlocking Elements:
    • Features that elastically deform during assembly to lock into place, often resembling arrow-like structures that bend to engage.
    • Example: Designs where protruding elements with tips engage upon assembly, maintaining the interlock through the engagement of these tips.
• Workflow for Applying ILMs to a Design Problem:
  • Define Requirements: Determine the mechanical load, environmental conditions, and assembly/disassembly needs of the joint.
  • Select Appropriate ILM Design: Choose an ILM category that aligns with the project’s requirements, considering factors like load-bearing capacity and ease of assembly.
  • Customize Feature Geometry: Tailor the dimensions and shapes of interlocking features to ensure a precise fit and desired mechanical performance.
  • Prototype and Test: Create prototypes of the ILM design and conduct mechanical testing to assess strength, durability, and functionality.
  • Iterate Design: Refine the ILM features based on testing feedback to optimize performance and address any issues.
  • Finalize and Implement: Once validated, integrate the ILM into the final product design, ensuring compatibility with manufacturing processes.