Iran Invention Could Save Lives and the Environment
References: urweb & iran-daily
Afsaneh Rabiei, an Iran born, US based designer has created an ultra-light, yet incredibly tough material that could be truly revolutionary. Not only is this advanced material another incredible achievement from an inventor from Iran, but it is noteworthy that the inventor is a woman.
The metal foam could soon play a crucial role in saving energy, and some say it may even save lives. Iran Daily says it could be used on airplanes, cars, armor and biomedical devices.
“Rabiei sees plenty of uses for her invention, including in airplanes, boats and structures that need impact protection while maintaining low weight” Iran Daily says. “It’s this high strength-to-density ratio--defining a material that’s both strong and light--that makes Rabiei’s foam unique.”
While it’s not the first metal foam, it does look like it is the most highly advanced and the most applicable to daily life. It is five times stronger and can absorb about seven times more impact than existing foams.
The metal foam could soon play a crucial role in saving energy, and some say it may even save lives. Iran Daily says it could be used on airplanes, cars, armor and biomedical devices.
“Rabiei sees plenty of uses for her invention, including in airplanes, boats and structures that need impact protection while maintaining low weight” Iran Daily says. “It’s this high strength-to-density ratio--defining a material that’s both strong and light--that makes Rabiei’s foam unique.”
While it’s not the first metal foam, it does look like it is the most highly advanced and the most applicable to daily life. It is five times stronger and can absorb about seven times more impact than existing foams.
Trend Themes
1. Advanced Metal Foam - The development of an ultra-light, incredibly tough metal foam opens up opportunities for disruptive innovation in various industries, including aerospace, automotive, and biomedical.
2. Energy-saving Materials - The use of metal foam in airplanes, cars, and structures can lead to energy savings and environmental benefits, presenting disruptive innovation opportunities in transportation and construction sectors.
3. Strong and Lightweight Materials - The high strength-to-density ratio of the metal foam allows for impact protection while maintaining low weight, creating potential disruptive innovation prospects in industries such as defense, sports equipment, and manufacturing.
Industry Implications
1. Aerospace - The metal foam can be utilized in airplanes for enhanced impact protection and reduced weight, providing disruptive innovation opportunities for the aerospace industry.
2. Automotive - The application of metal foam in cars can improve safety by absorbing more impact while reducing vehicle weight, offering disruptive innovation possibilities in the automotive sector.
3. Biomedical - The metal foam has potential applications in biomedical devices, such as prosthetics and implants, enabling disruptive innovation in the healthcare industry by enhancing functionality and patient comfort.
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