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   Tensile and fracture behaviour of very thin 304 stainless steel sheet  
   
نویسنده al-bakri a.a. ,sajuri z. ,ariffin a.k. ,razzaq m.a. ,fafmin m.s.
منبع jurnal teknologi - 2016 - دوره : 78 - شماره : 6-9 - صفحه:45 -50
چکیده    Specimen with rectangular cross-section usually used to measure the tensile properties of materials. however,the specimen size and thickness may affect the results. in this study,tensile and fracture behaviours of very thin 304 stainless steel sheet were investigated. the thickness of the stainless steel sheets investigated were 100 and 300 μm. tensile samples were cut into dumbbell-shaped of rectangular cross-section with same width for both thickness according to astm e8. the results showed that 100 μm thin steel sheet exhibited higher tensile strength with no clear evidence of yielding as compared to 300 μm sheet. the fracture morphology images observed by scanning electron microscopy revealed that both specimens fracture in ductile mode. formation of dimples on the fracture surface could be recognized easily in 300 μm sample at higher magnification as compared to 100 μm sample. © 2016 penerbit utm press. all rights reserved.
کلیدواژه 304 stainless steel; Fracture behaviour; Tensile test; Thin sheet
آدرس department of mechanical and materials engineering,faculty of engineering & built environment ukm,bangi,selangor,malaysia,department of machinery and equipment engineering techniques,technical college al-musaib,al-furat al-awsat technical university, Iraq, department of mechanical and materials engineering,faculty of engineering & built environment ukm,bangi,selangor,malaysia,centre for automotive research,faculty of engineering and built environment,universiti kebangsaan malaysia ukm,bangi,selangor darul ehsan, Malaysia, department of mechanical and materials engineering,faculty of engineering & built environment ukm,bangi,selangor,malaysia,centre for automotive research,faculty of engineering and built environment,universiti kebangsaan malaysia ukm,bangi,selangor darul ehsan, Malaysia, mechanical engineering department,college of engineering,alqadisiyia university, Iraq, department of mechanical and materials engineering,faculty of engineering & built environment ukm,bangi,selangor, Malaysia
 
     
   
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