For those who thought that the Transformers cartoon and movie franchise was based purely on imagination will think twice after reading about a new technique created by Havard University. Researchers have found a way to form, deform and reform 3D materials in dozens of ways, recalling the capabilities of Optimus Prime and company.
These transforming 3D materials was inspired by snapology, a type of modular origami using folded paper ribbons snapped together to form 3-D shapes. Using similar shapes and combining them using pneumatic actuators -- air-powered hinges -- these 3D materials can shift with ease. As for practical use in the real world, Fast Company poses to its readers, "Imagine an enclosed stadium that, without electricity, could open up its roof when it was sunny."
Transforming 3D Materials
Harvard Creates a Technique for Structures to De-Form in Dozens of Ways
Trend Themes
1. Transforming 3D Materials - The development of this new technique creates an opportunity for innovation in the materials industry, enabling products and structures to be more versatile and adaptable.
2. Modular Origami-inspired Designs - Using the principles of snapology in design introduces new possibilities for the creation of complex and transformational structures in various industries.
3. Pneumatic Actuators - The use of air-powered hinges for movement and transformation opens up opportunities for automation and robotics in numerous industries.
Industry Implications
1. Architecture and Construction - These transforming materials could revolutionize the way buildings and structures are designed and built, allowing for greater adaptability and functionality.
2. Product Design and Manufacturing - Incorporating modular origami-inspired designs and pneumatic actuators into product manufacturing could lead to the creation of more versatile and customizable products.
3. Robotics and Automation - The use of pneumatic actuators for movement and transformation has potential applications in the development of robots and automated systems used in manufacturing and other industries.