Architecture Materials and Wearable Technology
From the metallic alloys employed in domestic uses as utensils to the iron alloys employed in industries and construction, From a brittle glass to a scratch resistant corning gorilla glass, From furfural to composites, From new semiconductor materials to smart wearable technology it has become smarter lifestyle. Clothing with in build technology devices like music players are wearable technologies which are defined as Electronic or E-textiles. Smart Materials are utilized in this technology to make comfortable clothing.
Smart Materials are also researched in construction and architecture sectors. Color changes, physical states, temperature or shape of the smart materials make them attractive towards architects for instance thermochromic urban seats that reflect people’s presence, wallpaper with organic patterns that glow in darkness, electrochromic glass and so on. An application of smart materials in architecture is progressing to meet the beautiful and a quality standard of a lifestyle which is closely followed with wearable technology.
- Wearable electronics
- Kevlar, NanoGrain and Lifeshirt
- Micro encapsulated fabrics
- Electrochromic glass
- Thermochromic materials
- Power generating smart materials
- Shape-shifting smart materials
- Self-maintenance smart materials
- Smart materials providing high level of insulation
Related Conference of Architecture Materials and Wearable Technology
Architecture Materials and Wearable Technology Conference Speakers
Recommended Sessions
- Architecture Materials and Wearable Technology
- Biomaterials and Tissue Engineering
- Carbon nanotubes, Graphene and Composites
- Ceramics and Textiles Industries
- Emerging Smart Materials and Structures
- Market Demand and Future
- Material Synthesis and Characterization
- Materials in Aerospace and Defence
- Materials in Automotive and Construction Industries
- Materials in Dentistry and Healthcare
- Materials Science and Engineering
- Nanomaterials and Nanotechnology
- Optical, Magnetic and Electronic Materials
- Piezoelectric Materials and 3-D Printing
- Polymer Science and Engineering
- Spintronics
- Surface Science and Engineering
- Sustainable Energy and Development
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