Integrated Simulation System for Soft Materials.

We provide support services, primarily using simulation techniques included in the OCTA/J-OCTA systems, in order to understand the mechanisms and estimate the properties of soft materials typified by polymeric materials, such as resins and rubbers.

	NEW Slurry Coating Process		Example of calculation with SIESTA
	Cyclic deformation of filled rubber		Evaluation of thermal conductivity by using Non-Equilibrium MD
	Rheology simulation of rubber		Properties of Cross-Linked Phenolic Resins
	Simulation of crosslinked Epoxy resin		Calculation of Li-Ion Battery Electrolyte
	Dispersed Structure and Nonlinear Structural Analysis of Carbon Nanotubes		Evaluation of Coarse Grained Potential
	Simulation of Solvent Evaporation using DPD		Uniaxial Elongation and Craze Growth in Glassy Polymers
	Polymer/Solid Interface Friction		Evaluation of viscosity by using MD
	Estimation of χ Parameters from Phase Diagrams		Polymer/solid interface peeling
	Gas Solubility Coefficient and Free Volume		Estimation of Property Values Using QSPR
	Rheological Characteristics		Cross-linked Structure of Thermosetting Resin
	Evaluation of relative permittivity using MD		Nonlinear Mechanical Properties of Composites (Linked with LS-DYNA)
	Evaluation of Interfacial Tension Using DPD		Evaluation of Solubility Parameters Using MD
	Shear Deformation of Droplets Using DPD		Evaluation of Interfacial Tension Using MD
	Bulk Modulus Evaluation		Effect of Surfactants for interfacial tension
	Analysis of Polyelectrolyte Membrane for Fuel Cell		Uniaxial Elongation Analysis
	Optical Properties		Glass Transition Temperature Evaluation
	Gas Diffusion Analysis		Gas Permeability Analysis
	Properties of Crosslinking Materials		Nano- composite Materials

Examples of Applied Problems

Examples of Applied Problems