Add to ORKGThesis (MTech. : Engineering Metallurgy.)--Tshwane University of Technology, 2010.Establish a qualitative and quantitative comparison between the parameters of the laser used in manufacturing a 120 mm curvature in HSLA steel parts and the micro-structural changes in the steel part. Subsequently, the final microstructure will be used to determine the reason for the poor fatigue performance of the HSLA steel after laser forming
This paper reports the evolving properties of a 3 mm low carbon steel plate after Laser Beam Forming...
Due to its high strength and good plasticity, dual-phase (DP) steel is widely used for manufacturing...
In this paper, the authors presented the research on laser formed construction bars made of C20 stee...
This research was conducted to develop a correlation between microstructure of HSLA steel and the me...
Laser Beam Forming is a new non-contact method without the use of a die, to achieve deformation in m...
Abstract: Laser Beam Forming (LBF) process is an emerging and new forming method that generally requ...
The nature and scope of this thesis can be divided into four categories: • FORMING PARAMETERS • Iden...
Abstract: Steel is a well-known material for various manufacturing applications because of its uniqu...
Nowadays, a wide range of materials is used for car body structures in order to improve both the pas...
Laser cladding is used to deposit desired materials at specified locations to enhance the surface pr...
Fatigue property improvement for automotive components such as crankshafts can be achieved through m...
This paper reports the influencing factors and the characteristic behaviour of steel plates during b...
Abstract: Forming is a flexible manufacturing process by which a variety of different shapes can be ...
Abstract: Laser metal deposition (LMD) is an innovative manufacturing technique that uses laser to m...
This paper reports the evolving properties of a 3 mm low carbon steel plate after Laser Beam Forming...
This paper reports the evolving properties of a 3 mm low carbon steel plate after Laser Beam Forming...
Due to its high strength and good plasticity, dual-phase (DP) steel is widely used for manufacturing...
In this paper, the authors presented the research on laser formed construction bars made of C20 stee...
This research was conducted to develop a correlation between microstructure of HSLA steel and the me...
Laser Beam Forming is a new non-contact method without the use of a die, to achieve deformation in m...
Abstract: Laser Beam Forming (LBF) process is an emerging and new forming method that generally requ...
The nature and scope of this thesis can be divided into four categories: • FORMING PARAMETERS • Iden...
Abstract: Steel is a well-known material for various manufacturing applications because of its uniqu...
Nowadays, a wide range of materials is used for car body structures in order to improve both the pas...
Laser cladding is used to deposit desired materials at specified locations to enhance the surface pr...
Fatigue property improvement for automotive components such as crankshafts can be achieved through m...
This paper reports the influencing factors and the characteristic behaviour of steel plates during b...
Abstract: Forming is a flexible manufacturing process by which a variety of different shapes can be ...
Abstract: Laser metal deposition (LMD) is an innovative manufacturing technique that uses laser to m...
This paper reports the evolving properties of a 3 mm low carbon steel plate after Laser Beam Forming...
This paper reports the evolving properties of a 3 mm low carbon steel plate after Laser Beam Forming...
Due to its high strength and good plasticity, dual-phase (DP) steel is widely used for manufacturing...
In this paper, the authors presented the research on laser formed construction bars made of C20 stee...