Sugiyama Hirokazu (Univ. of Tokyo), Hirao Masahiko (Univ. of Tokyo) |
In order to make decision-makings with integrating knowledge in the process industries, modeling technologies are necessary as the foundation. In this symposium, we will discuss on the roles of information integration and modelling approaches for the chemical, pharmaceutical, and food industries, and further for the social systems. It is desired to deepen the discussion on the process of modeling, such as the way to set pre-conditions or to develop models, in addition to the achievements done by modeling.
Most recent update: 2018-12-17 03:35:01
ACKN No. | Title/Author(s) | Keywords | Style |
---|---|---|---|
119 | [Review lecture] Systematic Method of Modeling | Modeling Automation Domain knowledge | O |
247 | [Review lecture] Recent progress on granular and multi-phase flow simulations | Discrete element method Solid-fluid coupling problem Complex shape domain | O |
313 | Parameter estimation for adsorption processes using Markov chain Monte Carlo method | Bayesian inference Chromatography Adsorption | O |
433 | Determination of lot-size in injectable manufacturing by the integrated use of process information | Pharmaceutical manufacturing Decision making Economic optimization | O |
460 | Process evaluation models for continuous tablet manufacturing based on design of experiments | Pharmaceuticals Continuous manufacturing Granulation | O |
567 | Integrated life cycle assessment method for sustainable packaging design | Sustainable product design Packaging functionality Food packaging | O |
639 | Construction of Variable Power Protocol for Installation of Hydrogen Production System Using Renewable Energy | Renewable Energy Hydrogen Production System Variable Power Protocol | O |
891 | Study of Data Analysis System for Industrial Plant Using Data Clustering Technology | Data Clustering Adaptive Resonance Thenory Data Analysis | O |
1009 | Description of System Model for Managing Process Safety Information | Process Safety Management System Model SysML | O |
1027 | A supporting tool for roadmapping a recycling technology of Si-photovoltaics toward the achievement of energy mix target | Material Flow Analysis Deductive Life Cycle Assessment Recycling | O |