Smart Devices: Modeling of Material Systems: An International Workshop
Srinivasan Sivakumar, Vidyashankar Buravalla, A.R. Srinivasa
American Inst. of Physics, Jul 16, 2008 - Science - 334 pages
The SDMoMS workshop provided a forum for exchange of ideas between the smart material modeling community and the design community. The possibility of a common modeling framework was explored to come up with modeling tools and to enable designers with exercising their choice of materials from an array of existing smart materials, gather material property data, and compare and simulate these materials in a relatively simple manner before arriving at an optimal design. The workshop focused on materials such as shape memory materials, magnetic solids and fluids, polymers for smart applications and ferroelectrics.
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Challenges in Modeling of Smart Materials and Devices
A Coupled Thermomechanical Theory for Polycrystalline SMAs
Discrete Models for Structural Phase Transitions
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A. R. Srinivasa actuation analysis annealing applied assumed austenite Brinson Buravalla composition constitutive equations constitutive model coupled crystals curves cycle DC bias deformation denoted developed dielectric displacement dissipation domain switching effects elastic electric field electromechanical evolution experimental data ferroelastic ferroelectric finite element fluid free energy frequency function heat hysteresis increase India input IPMC kinetics landing gear lead zirconate titanate linear load path macroscopic magnetic field magnetic flux density magnetostrictive magnetostrictive material martensite phase Material Systems measured Mech mechanical modulus MV/m nonlinear numerical obtained parameters particle perovskite phase transformation phase transitions piezoceramics piezoelectric ceramic piezoelectric coefficients piezoelectric materials potential PZT films Rajagopal rocker S. M. Sivakumar seed films shape memory alloys shape memory polymer shown in Figure simulations Smart Devices smart materials solution specimen stress-strain Struct structure superelastic switching surfaces temperature tensor thermal thermodynamics thermomechanical transformation front variables voltage