Discussion on plastic strain measurements and an application of the developed scribed circle method to shear strain measurements of a micro-surface
        Memoirs of the Faculty of Engineering, Yamaguchi University Volume 31 Issue 2
        Page 291-298
        
    published_at 1981-03
            Title
        
        塑性ひずみ測定法の検討と微小域のせん断ひずみ測定
        Discussion on plastic strain measurements and an application of the developed scribed circle method to shear strain measurements of a micro-surface
        
    
                
                    Creators
                
                    Takimoto Akio
                
                
            
            
                
                    Creators
                
                    Touge Mutsumi
                
                
            
    
        
            Source Identifiers
        
    
        The best method, avairable at present, of measuring the largest plastic strain in the smallest area of a specimen surface is discussed on the developed scribed circle method presented in the previous report, the strain gage method and three different X-ray methods of diffraction profiles, Debye films and the residual stress measurement. The developed scribed circle method is found to be the best one among the above. The application test of this method to measure large shear strain in a micro-surface was performed on a thin walled tube specimen of aluminum. Shear strain of nearly forty percent was measured with sufficient accuracy and that of nearly ninety percent was possibly obtained within a five percent off the condition of pure shear.
        
        
            Languages
        
            jpn
    
    
        
            Resource Type
        
        departmental bulletin paper
    
    
        
            Publishers
        
            山口大学工学部
    
    
        
            Date Issued
        
        1981-03
    
    
        
            File Version
        
        Version of Record
    
    
        
            Access Rights
        
        open access
    
    
            Relations
        
            
                
                
                [ISSN]0372-7661
            
            
                
                
                [NCID]AN00244228
            
    
        
            Schools
        
            工学部
    
                
