Smart Materials and Technologies: Unterschied zwischen den Versionen
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1 Materials in architecture and design<br> | 1 Materials in architecture and design<br> | ||
1.4 Characteristics of smart materials and systems | 1.4 Characteristics of smart materials and systems | ||
| − | "Whether a molecule, a materials, a composite, an assembly, or a system, 'smart materials and technologies' will exhibit the following characteristics:<br> | + | "Whether a molecule, a materials, a composite, an assembly, or a system, 'smart materials and technologies' will exhibit the following characteristics:<br><br> |
Immediacy - they respond in real time<br> | Immediacy - they respond in real time<br> | ||
Transiency - they respond to more than one environmental state<br> | Transiency - they respond to more than one environmental state<br> | ||
| Zeile 9: | Zeile 9: | ||
Directness - the response is local to the 'activating' event"<br><br> | Directness - the response is local to the 'activating' event"<br><br> | ||
| − | 2 Fundameltal characterizations of materials<br> | + | 2 Fundameltal characterizations of materials<br><br> |
# Traditional material classification systems | # Traditional material classification systems | ||
# Alternative classification systems | # Alternative classification systems | ||
| Zeile 22: | Zeile 22: | ||
3.7 The acousic Envoronment<br><br> | 3.7 The acousic Envoronment<br><br> | ||
| − | 4 Types and characteristics of smart materials | + | 4 Types and characteristics of smart materials<br> |
# Fundamental characteristics | # Fundamental characteristics | ||
# Type 1 smart materials - property-changing | # Type 1 smart materials - property-changing | ||
# Type 2 smart materials - energy-exchanging | # Type 2 smart materials - energy-exchanging | ||
Version vom 24. Juli 2019, 13:10 Uhr
CONTENTS
1 Materials in architecture and design
1.4 Characteristics of smart materials and systems
"Whether a molecule, a materials, a composite, an assembly, or a system, 'smart materials and technologies' will exhibit the following characteristics:
Immediacy - they respond in real time
Transiency - they respond to more than one environmental state
Self-actuation - intelligence is internal to rather than external to the 'material'.
Selectivity - their response is discrete and predictable.
Directness - the response is local to the 'activating' event"
2 Fundameltal characterizations of materials
- Traditional material classification systems
- Alternative classification systems
- Classification systems for advanced and smart materials
- The internal structure of materials
- Properties of materials
- Generals classes of materials
- Nanomaterials
3 Energy : behaviour, phenomena and environments
- - -
3.7 The acousic Envoronment
4 Types and characteristics of smart materials
- Fundamental characteristics
- Type 1 smart materials - property-changing
- Type 2 smart materials - energy-exchanging