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Keywords

• 3D printing
• 3T3-L1
• 4D printing
• acoustofluidics
• adipocyte
• Adipose Tissue
• artificial blood vessel
• artificial kidney
• biocompatible
• biofabrication
• blood coagulation
• condensation
• connector
• contact pressure
• contact resistance
• core-shell hydrogel fiber
• Cu micropattern
• cyclic stretch
• electrical impedance measurement
• engineered muscle
• femtosecond laser
• flexible device
• flexible electronic device
• functional surface
• glyoxylic acid Cu complex
• grating
• high frequency
• implant
• kirigami structure
• laser direct writing
• lipid droplet
• lipolysis
• liquid metal
• logarithmic amplifier
• magneto-impedance sensor
• mechanical metamaterials
• medical device
• micro-electro-mechanical-systems (MEMS) technologies
• micro-pillar
• micro-PIV
• microfluidic channels
• Microfluidics
• microscale thermophoresis
• Molecular Dynamics
• Multiphase flow
• myoblast
• n/a
• nano/microparticle separation
• nanoscale structure
• near-infrared
• nondestructive inspection
• Numerical analysis
• Reduction
• Schottky barrier
• Si
• skeletal muscle
• spectroscopy
• stimuli-responsive hydrogel
• stretchable electronic substrate
• surface mounting
• surface plasmon resonance
• tactile display
• thermal conductivity
• thermal sensation
• thermal tactile display
• thin-film
• three-dimensional cell culture
• vibration-induced flow
• wettability

Links

DOI: 10.3390/books978-3-03921-697-0

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