Cellular Automata Model to Calculate Combustion Process of Water Emulsified Fuel Used with Marine Diesel Engine
        Journal of National Fisheries University Volume 64 Issue 2
        Page 86-102
        
    published_at 2016-02
            Title
        
        舶用ディーゼル機関における水混合エマルジョン燃料油滴の燃焼過程の基礎モデル
        Cellular Automata Model to Calculate Combustion Process of Water Emulsified Fuel Used with Marine Diesel Engine
        
    
        
            Source Identifiers
        
                    [PISSN] 0370-9361
    
    
            Creator Keywords
        
            Diesel engines
            Diesel spray model
            Water emulsified fuel
            Callular automata model
            Micro-explosion
    Previous models concerning diesel spray are impossible to calculate micro-explosion process and combustion process of water emulsified fuel. My study constructed mesoscale discrete particle models to simulate complex motion of emulsified fuel particles. Two models were constructed; micro-explosion process model and combustion process model of fuel droplet. These models based on cellular automata model which has a feature of both time and space discretization. Micro-explosion model simulates the microparticulated motion of vapor explosion. Furthermore combustion model can trace the combustion process of each microparticulated fuel droplet. My results show that emulsified fuel droplets burned rapidly rather than normal fuel droplets. Although these are simple models, it is thought that my models will be the base model to consider water emulsified fuel combustion theoretically.
        
        
            Languages
        
            jpn
    
    
        
            Resource Type
        
        departmental bulletin paper
    
    
        
            Publishers
        
            National Fisheries University
    
    
        
            Date Issued
        
        2016-02
    
    
        
            File Version
        
        Version of Record
    
    
        
            Access Rights
        
        open access
    
    
            Relations
        
            
                
                
                [ISSN]0370-9361
            
    
