In this study, reciprocating and continuous abrasive wear tests have been performed on solution-t... more In this study, reciprocating and continuous abrasive wear tests have been performed on solution-treated 2014 Al alloys under similar conditions of load, speed, nominal area of contact and sliding distance in order to compare the two-body abrasive wear behavior for two sliding modes. It has been established that the pattern of wear is similar for the continuous and reciprocating wear. On the other hand, the values of the average roughness of the worn surfaces for the reciprocating wear were higher than those for the continuous wear. This is because the values of the wear loss and the abrasive wear coefficient for continuous wear were higher than those for the reciprocating wear. The differences in wear behavior of the test material for the continuous and reciprocating abrasive wear can be explained in terms of the sliding-distance differences between the continuous and reciprocating motions at the same test conditions and the differing amount of abrasion in the two processes by the loose wear debris.
Journal of Mechanical Science and Technology, 2005
This paper discusses Neural Networks as predictor for analyzing of transmission angle of slider-c... more This paper discusses Neural Networks as predictor for analyzing of transmission angle of slider-crank mechanism. There are different types of neural network algorithms obtained by using chain rules. The neural network is a feedforward neural network. On the other hand, the slider-crank mechanism is a modified mechanism by using an additional link between connecting rod and crank pin. Through extensive
In recent years, in spite of increased population in the world, it is necessary to prefer railway... more In recent years, in spite of increased population in the world, it is necessary to prefer railway travelling for passengers. Nowadays, rail-way crossing system are very important parts of railway systems. Uncontrolled railway crossing; it becomes very dangerous for car drivers; because of railway conditions and fast passing. This paper presents an investigation on intelligent railway and crossing design and analysis with intelligent sensor and control technology. Firstly, the prototype were designed with all instruments and conditions. Secondly; the prototype of system was set-up as designed conditions. The train system was tested with different working speeds. However, the system's vibrations were analyzed for different working speeds. On the other hand the closing and opening times were changed with different speeds of railway systems. A research framework on the development of Railway Level Crossing safety assessment model. Even though Railway Level Crossing accidents can be ...
In this study, reciprocating and continuous abrasive wear tests have been performed on solution-t... more In this study, reciprocating and continuous abrasive wear tests have been performed on solution-treated 2014 Al alloys under similar conditions of load, speed, nominal area of contact and sliding distance in order to compare the two-body abrasive wear behavior for two sliding modes. It has been established that the pattern of wear is similar for the continuous and reciprocating wear. On the other hand, the values of the average roughness of the worn surfaces for the reciprocating wear were higher than those for the continuous wear. This is because the values of the wear loss and the abrasive wear coefficient for continuous wear were higher than those for the reciprocating wear. The differences in wear behavior of the test material for the continuous and reciprocating abrasive wear can be explained in terms of the sliding-distance differences between the continuous and reciprocating motions at the same test conditions and the differing amount of abrasion in the two processes by the loose wear debris.
Journal of Mechanical Science and Technology, 2005
This paper discusses Neural Networks as predictor for analyzing of transmission angle of slider-c... more This paper discusses Neural Networks as predictor for analyzing of transmission angle of slider-crank mechanism. There are different types of neural network algorithms obtained by using chain rules. The neural network is a feedforward neural network. On the other hand, the slider-crank mechanism is a modified mechanism by using an additional link between connecting rod and crank pin. Through extensive
In recent years, in spite of increased population in the world, it is necessary to prefer railway... more In recent years, in spite of increased population in the world, it is necessary to prefer railway travelling for passengers. Nowadays, rail-way crossing system are very important parts of railway systems. Uncontrolled railway crossing; it becomes very dangerous for car drivers; because of railway conditions and fast passing. This paper presents an investigation on intelligent railway and crossing design and analysis with intelligent sensor and control technology. Firstly, the prototype were designed with all instruments and conditions. Secondly; the prototype of system was set-up as designed conditions. The train system was tested with different working speeds. However, the system's vibrations were analyzed for different working speeds. On the other hand the closing and opening times were changed with different speeds of railway systems. A research framework on the development of Railway Level Crossing safety assessment model. Even though Railway Level Crossing accidents can be ...
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