Taguchi Based Optimization of Electrical Discharge Turning (EDT) Process
The paper presents the application of the Taguchi robust design methods to optimise the precision and accuracy of the electrical discharge machining…
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The paper presents the application of the Taguchi robust design methods to optimise the precision and accuracy of the electrical discharge machining…
Recently, a large number of metal matrix composites MMCs have been developed for high performance applications The first requirement for superior per…
In this paper, the hydromechanical deep drawing HDD of cylindrical cups has been simulated using finite element code ABAQUS and thickness distributio…
In this study the effect of variations of the current intensity and travel speed on the dimensions of the melted and heat affected zones of TIG surfa…
Modeling of the Chatter vibration in machining processes is essential for suppression of this undesirable phenomenon In this paper, orthogonal cuttin…
Cellulose sheets are usually used in electrical insulator of power transformators For manufacturing this insulator moisturized sheet is formed by ben…
A simulation based on the upper bound solution for the forward extrusion of elliptical sections with the major diameter greater then the initial bill…
A process simulation of the reshaping of thick square tubes from round pipes has been presented based on a theoretical analysis developed in this pap…
Optimization of process parameters in sheet metal forming is an important task to reduce manufacturing cost To determine the optimum values of the pr…
Tungsten copper W Cu electrodes have been used widely to machine die steel and tungsten carbide work pieces owing to high thermal conductivity of Cu…
In order to eliminate Self excited vibration of the tool the effect of H∞ controller on regenerative chatter instability is investigated for a turnin…
This paper presents the regenerative chatter analysis for turning operation from a new perspective in which the frequency domain analysis is employed…
Chatter vibration in deep drilling is investigated A model is prepared to define the stability lobs according to feed rate and spindle speed Then a d…
In this paper, a linear Inverse Finite Element Method IFEM has been developed for prediction of the optimum blank in sheet metal forming The base of…
Determination of the temperature at which Austenite is formed is one of the important parameters in the heat treatment process Chemical composition i…
It is practically impossible to manufacture a component exactly with the required dimensions Therefore for each part dimension, a tolerance limit is…
Understanding the deformation of simple structures under blast loading plays an important role in designing of a reliable structure In this survey, t…
The optimum blank shape is the minimization of the difference between the target contour of the part and the outer contour of the deformed blank The…
One of the problems faced in turning processes is the elastic deformation of the workpiece due to the cutting forces fesulting in the actual depth of…
In this paper , a 4DOF manipulator which can install on a mobile robot is optimized with geometrical kinematics theorems such as Dexterity Task based…
Geometry and operation of a Primary microbubble generator, an industrial naval apparatus used for drag reduction, was optimized according to numerica…
This study presents a harmony search HS algorithm to determine the optimum cutting parameters for multi pass face milling The optimum value of machin…
In this research, the possibility of designing a new structure for investment casting SLA patterns is investigated via a numerical analysis The coupl…
This article demonstrates experimental investigations of the influence of cutting parameters on wire electrode wear in WEDM It is found experimentall…