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Mechanics of Smart Materials Unit 5 APP COEP Object and subject of smart materials mechanics
Mechanics of Smart Materials Unit 5 APP COEP Object and subject of smart materials mechanics
Instruments for the SM developers
High molecular weight species (macromolecular compounds) & polymers, oligomers, and composites based thereon – allow much room for the creation/development of new materials having signs of AI
High molecular weight species (macromolecular compounds) & polymers, oligomers, and composites based thereon – allow much room for the creation/development of new materials having signs of AI
Artificial materials
Artificial polymers and oligomers have high sensitivity (fast response) to the physical fields that proves their suitability to perform functions of sensors and actuators.
Artificial polymers and oligomers have high sensitivity (fast response) to the physical fields that proves their suitability to perform functions of sensors and actuators.
Sensors
Description of material deformation & fracture processes at the mesolevel
Description of material deformation & fracture processes at the mesolevel
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Mechanics of Smart Materials Unit 5 APP COEP Object and subject of ______ mechanics Instruments for the SM developers: Methods of deformable solid mechanics & related disciplines (physical mesomechanics, biomechanics, mechanochemistry) & the CAD technology, virtual experiments. High molecular weight species (macromolecular compounds) & polymers, oligomers, and composites based thereon – allow much room for the creation/development of new materials having signs of AI. These among all the artificial materials media are mostly closed to Nature. Artificial polymers and oligomers have high sensitivity (fast response) to the physical fields that proves their suitability to perform functions of sensors and actuators. APP COEP Subject of SM mechanics Description of material deformation & fracture processes at the mesolevel (“meso” – medium, intermediate; “mesostructure – intermediate between the phase and the atom or molecule, such as a crystal or supramolecular structures);.
Mechanics of Smart Materials Unit 5 APP COEP Object and subject of ______ mechanics Instruments for the SM developers: Methods of deformable solid mechanics & related disciplines (physical mesomechanics, biomechanics, mechanochemistry) & the CAD technology, virtual experiments. High molecular weight species (macromolecular compounds) & polymers, oligomers, and composites based thereon – allow much room for the creation/development of new materials having signs of AI. These among all the artificial materials media are mostly closed to Nature. Artificial polymers and oligomers have high sensitivity (fast response) to the physical fields that proves their suitability to perform functions of sensors and actuators. APP COEP Subject of SM mechanics Description of material deformation & fracture processes at the mesolevel (“meso” – medium, intermediate; “mesostructure – intermediate between the phase and the atom or molecule, such as a crystal or supramolecular structures);.
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Among all the artificial ______ media are mostly closed to Nature.
Among all the artificial ______ media are mostly closed to Nature.
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Artificial ______ and oligomers have high sensitivity (fast response) to the physical fields that proves their suitability to perform functions of sensors and actuators.
Artificial ______ and oligomers have high sensitivity (fast response) to the physical fields that proves their suitability to perform functions of sensors and actuators.
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Description of material ______ at the mesolevel
Description of material ______ at the mesolevel
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Instruments for the SM developers: Methods of deformable solid mechanics & related disciplines
Instruments for the SM developers: Methods of deformable solid mechanics & related disciplines
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Study Notes
Instruments for Smart Materials (SM) Developers
- Methods of deformable solid mechanics and related disciplines, such as physical mesomechanics, biomechanics, and mechanochemistry, are essential for SM developers.
- Computer-aided design (CAD) technology and virtual experiments are also crucial tools for SM developers.
Characteristics of Smart Materials
- High molecular weight species, including macromolecular compounds, polymers, oligomers, and composites, offer opportunities for creating new materials with artificial intelligence (AI) features.
- These materials are closest to natural materials among all artificial materials media.
- Artificial polymers and oligomers have high sensitivity and fast response to physical fields, making them suitable for sensor and actuator functions.
Description of Smart Materials Mechanics
- The subject of SM mechanics focuses on the description of material deformation and fracture processes at the mesolevel.
- The mesolevel refers to the intermediate level between the phase and the atom or molecule, encompassing structures such as crystals or supramolecular structures.
- Mesoscale structures are crucial in understanding the behavior of SMs.
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Description
Test your knowledge of smart materials mechanics and related disciplines with this quiz. Explore the subject of deformable solid mechanics, physical mesomechanics, biomechanics, and mechanochemistry, as well as CAD technology and virtual experiments. Brush up on your understanding of high molecular weight species, macromolecular compounds, polymers, oligomers, and composites.
