The concept of Standard InChI, which is specifically designed for inter-operability by selecting the most appropriate layers, is introduced.
This paper discusses the relation between software tools primarily designed for mathematical modelling, simulation and investigation of chemical reactors and the common method for identification of hazard, the Hazard and Operability (HAZOP) study.
This paper describes a discrete programming approach, implemented in the Jacaranda synthesis tool, incorporating dynamic modelling for the generation of process designs, which meet specified criteria for operability or flexibility.
A systematic framework for Design Operability and Retrofit Analysis (DORA) is presented.
A qualitative and a quantitative analysis of the criterion for operability that could be used during the design phase of a process have also been performed.
This paper reports on the use of Discrete Event Simulation tools for operability analysis of the Iter Hot Cell (HC) design.
Setting criteria for operability, these dynamic effects have been quantified into a single value namely, operability index.
Due to its violent nature, it is the limiting factor for operability.
We report the complement of these probabilities (i.e. the probability of operability) in Tables 1, 2, 3, 4 and 5. Table 1 Probabilities for operability for various scenarios.
In this section, the ability for operability improvement of the remote control with the proposed visual support system is evaluated.
Forty-eight patients (92%) were evaluated for operability after induction treatment.
