The present research was undertaken to demonstrate the effects of heat treatment on the welded joints. The material used was mild steel and aluminum. Ten flat tensile specimens, ten mounted specimens for micro structure test were prepared for steel and four flat tensile specimens, four mounted specimens for micro structure. This project is an effort to establish better understanding about the heat treatment of the welded joints. The scope of work includes the preparation of test specimens for tensile testing and micro structure analyses
The weldability of ductile iron, as widely known, is relatively poor, essentially due to its typical...
The weldability of ductile iron, as widely known, is relatively poor, essentially due to its typical...
Fusion welding process is based on localized melting of materials of similar composition in order to...
Introduction. The experimental studies of the heat treatment effect on the properties of welded join...
Nowadays, ultimate tensile strengths above 400 MPa become usual for ductile irons, thus allowing the...
Nowadays, ultimate tensile strengths above 400 MPa become usual for ductile irons, thus allowing the...
Dissimilar welding or Tailor Welded Blank (TWB) joint is defined as two or more sheets with equal or...
In present work, two nuclear grade steel (P91, P92) are joined using the arc welding process. The we...
The dissimilar specimens (ASTM A387 Gr.12 + ASTM A240 TP 304L) clad by different procedures (explosi...
ASTM A36 is the most used type of mild steel especially in construction and manufacturing industry. ...
The purpose of this Bachelor thesis was to study the effects of heat input on the mechanical propert...
The specimens plated by different cladding procedures (hot rolling, submerged arc welding surfacing ...
In this study the influence of heat input (HI) and heat treatment on submerged arc welded duplex SAF...
This study aims to explain how much the tensile strength of mild steel welding without heat treatmen...
This study aims to explain how much the tensile strength of mild steel welding without heat treatmen...
The weldability of ductile iron, as widely known, is relatively poor, essentially due to its typical...
The weldability of ductile iron, as widely known, is relatively poor, essentially due to its typical...
Fusion welding process is based on localized melting of materials of similar composition in order to...
Introduction. The experimental studies of the heat treatment effect on the properties of welded join...
Nowadays, ultimate tensile strengths above 400 MPa become usual for ductile irons, thus allowing the...
Nowadays, ultimate tensile strengths above 400 MPa become usual for ductile irons, thus allowing the...
Dissimilar welding or Tailor Welded Blank (TWB) joint is defined as two or more sheets with equal or...
In present work, two nuclear grade steel (P91, P92) are joined using the arc welding process. The we...
The dissimilar specimens (ASTM A387 Gr.12 + ASTM A240 TP 304L) clad by different procedures (explosi...
ASTM A36 is the most used type of mild steel especially in construction and manufacturing industry. ...
The purpose of this Bachelor thesis was to study the effects of heat input on the mechanical propert...
The specimens plated by different cladding procedures (hot rolling, submerged arc welding surfacing ...
In this study the influence of heat input (HI) and heat treatment on submerged arc welded duplex SAF...
This study aims to explain how much the tensile strength of mild steel welding without heat treatmen...
This study aims to explain how much the tensile strength of mild steel welding without heat treatmen...
The weldability of ductile iron, as widely known, is relatively poor, essentially due to its typical...
The weldability of ductile iron, as widely known, is relatively poor, essentially due to its typical...
Fusion welding process is based on localized melting of materials of similar composition in order to...