Purdue Researchers Develop Smart Material For Industrial Applications Material systems are defined as smart when they are able to capture data from the external environment and accordingly adapt their performance. on the other hand, materials are multifunctional when they combine structural properties with one or more functional properties. People principal investigator caterina lamuta, phd principal investigator, smms lab.
Advanced Multifunctional Material Lab Our research group aims to design, fabricate, simulate, and characterize smart materials and systems. in the field of piezoelectric materials, we recently demonstrated that the piezoelectric effect of materials is not always related to the presence of a non centrosymmetric crystalline structures. Lamuta c., messelot s., tawfick s., (2018), theory of the tensile actuation of fiber reinforced coiled muscles, smart materials and structures, 27, 055018, doi: iopscience.iop.org article 10.1088 1361 665x aab52b meta. Caterina [email protected]. 319 467 0332. Caterina [email protected]. 319 467 0332.
Smart Materials Laboratory Iit Gandhinagar Caterina [email protected]. 319 467 0332. Caterina [email protected]. 319 467 0332. Materials mechanical engineering researcher with experience in smart functional materials and their application in the manufacturing of soft robotic actuators. Caterina [email protected]. 319 467 0332. Associate professor, mechanical engineering caterina [email protected] 319 467 0332 smart multifunctional material systems lab. The m3 lab focuses on advancing the sciences and improving the technology to develop micro and nanostructured bio, flexible, light weight, and or smart polymer material systems with tailored multifunctionality.
Smart Multifunctional Material Systems Lab College Of Engineering Materials mechanical engineering researcher with experience in smart functional materials and their application in the manufacturing of soft robotic actuators. Caterina [email protected]. 319 467 0332. Associate professor, mechanical engineering caterina [email protected] 319 467 0332 smart multifunctional material systems lab. The m3 lab focuses on advancing the sciences and improving the technology to develop micro and nanostructured bio, flexible, light weight, and or smart polymer material systems with tailored multifunctionality.
Research Supergroups Penn State Engineering Associate professor, mechanical engineering caterina [email protected] 319 467 0332 smart multifunctional material systems lab. The m3 lab focuses on advancing the sciences and improving the technology to develop micro and nanostructured bio, flexible, light weight, and or smart polymer material systems with tailored multifunctionality.
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