Hi friends,
How are you? I amfine. Hope all are doing well.
1.The magnetic detector consists of an endless band.
2.The band passes over two grooved pulleys which are kept in rotation by a motor and at a certain point, it passes through the coils, are arranged with two permanent horseshoe magnets.
3.The detector depends on its action on the fact that electrical pulses are developed. Thank you.
Saturday, October 31, 2009
Friday, October 30, 2009
latest samsung mobile phones
Hi guys,
How are you? I am fine. Hope all are doing well.welcome to my blog once again. you see the latest samsung mobile phones.
know about suspension leaf spring
Hi guys,
How are you? I am fine. Hope all are doing well. leaf spring is a simple form of spring, commonly used for the suspension in wheeled vehicles. A leaf spring can either be attached directly to the frame at both ends or attached directly at one end, usually the front, with the other end attached through a shackle, a short swinging arm. The shackle takes up the tendency of the leaf spring to elongate when compressed and thus makes for softer springiness. Leaf spring is the best suspension system. Leaf spring is withstand the over weight, and then it prevents the road shocks reaching the frame and other units. It gives cushioning effects, and to maintain proper steering geometry. Thank you.
CASE STUDY IN DIE CASTING PROCESS
Hi folks,
Welcome to my blog once again. In a die casting process, metal parts are formed by overflowing molten metals in the cavities of the dies made of steel. The dies are preformed to create cavities in the shape of the part. The key parameters the die casting process are Metal flow, Metal temperature, Shot speed, Die temperature, Dwell time, Gate design, etc. In this study, to reduce the scrap rate of an aluminum die cast bracket, an experiment was carried out. Thank you.
Welcome to my blog once again. In a die casting process, metal parts are formed by overflowing molten metals in the cavities of the dies made of steel. The dies are preformed to create cavities in the shape of the part. The key parameters the die casting process are Metal flow, Metal temperature, Shot speed, Die temperature, Dwell time, Gate design, etc. In this study, to reduce the scrap rate of an aluminum die cast bracket, an experiment was carried out. Thank you.
Thursday, October 29, 2009
PARAMETER DESIGN
Hi folks,
Welcome to my blog once again. The objective here is to select the optimum levels for the controllable system parameters such that the product is functional, exhibits a high level of performance under a wide range of conditions and is robust against noise factors that cause variability. Thank you.
Welcome to my blog once again. The objective here is to select the optimum levels for the controllable system parameters such that the product is functional, exhibits a high level of performance under a wide range of conditions and is robust against noise factors that cause variability. Thank you.
Wednesday, October 28, 2009
QUADRATIC LOSS FUNCTION
Hi folks,
Welcome to my blog once again. When a critical quality characteristic deviates from the target value, it causes a loss. Quality simply means no variability or little variation from target performance. Quadratic loss function is a simple and meaningful function for approximating the quality loss in most situations. The three most common variations of the quadratic loss function are:
• Nominal the best type: L(y) = (A/δ2)(y-m)2
• Smaller the best type: L(y) = (A/δ2)y2
• Larger the best type: L(y) = (Aδ2)(1/y2)
Where L is the functional limit, A is the loss incurred at the functional limits, Y is the quality characteristic and δ is the deviation. Thank you.
Welcome to my blog once again. When a critical quality characteristic deviates from the target value, it causes a loss. Quality simply means no variability or little variation from target performance. Quadratic loss function is a simple and meaningful function for approximating the quality loss in most situations. The three most common variations of the quadratic loss function are:
• Nominal the best type: L(y) = (A/δ2)(y-m)2
• Smaller the best type: L(y) = (A/δ2)y2
• Larger the best type: L(y) = (Aδ2)(1/y2)
Where L is the functional limit, A is the loss incurred at the functional limits, Y is the quality characteristic and δ is the deviation. Thank you.
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