Purdue University Created Lightweight Building Materials
Daniel Johnson — December 10, 2019 — Tech
References: purdue.edu & engadget
Researchers at Purdue University, including professor Pablo Zavattieri, created 3D printed building materials that take design inspiration from bones. Zavattieri spoke about ways in which the 3D-printed building materials are similar to the construction of bones, “It has these columns that carry most of the load and beams connecting the columns. We can learn from these materials to create more robust 3D-Printed materials for buildings and other structures."
The researchers indicate that the new 3D-printed bone-like materials could result in the construction of more stable buildings. A mechanical analysis simulation was run and it found that the thicker design and horizontal struts were stronger than conventional building materials when placed under a load.
Image Credit: Purdue University
The researchers indicate that the new 3D-printed bone-like materials could result in the construction of more stable buildings. A mechanical analysis simulation was run and it found that the thicker design and horizontal struts were stronger than conventional building materials when placed under a load.
Image Credit: Purdue University
Trend Themes
1. Bone-inspired 3D Printing - The trend of using bone-like structures in 3D printed materials has the potential to revolutionize building construction by creating more robust and stable structures.
2. Enhanced Building Materials - The development of 3D printed building materials that are thicker and reinforced with horizontal struts presents opportunities for creating stronger and more durable structures.
3. Structural Simulation Technology - The use of mechanical analysis simulation to test the strength of new building materials allows for the identification and optimization of design features that improve structural integrity.
Industry Implications
1. Construction - The construction industry can embrace the use of bone-like 3D printed materials to build more stable and resilient structures.
2. Architecture - Architects can explore the potential of bone-inspired 3D printing to create innovative and structurally efficient designs.
3. Engineering - Engineers can leverage the advancements in 3D printing technology and bone-like materials to push the boundaries of structural engineering and develop disruptive construction solutions.
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