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Publications (11)
The factors of increasing productivity, reducing the cost, and the quality improvement are the most important research concerns in weaving machinery. Increasing the effectiveness and productivity of production was achieved by increasing the operating time and efficiency of weaving looms. Thus, manufacturers of weaving equipment attempt to minimize...
This paper introduces a multi-objective design mechanism to minimize both the initial and running costs of industrial robot arms. The goal of the design problem is to decide the type of material and physical dimensions of the robot arm to withstand high loads at vulnerable locations using stress analysis. Additionally, it selects the material archi...
Today, households increasingly depend on water dispensers as necessary appliances. In this way, the demand for water dispensers with environmentally friendly systems is rising around the globe because there are no eco-friendly alternative water dispensers in the global market as alternatives to vapor compression refrigeration systems. In the presen...
The factors of increasing productivity, reducing the cost and the quality improvement are the most
important research concerns in weaving machinery. Increasing the effectiveness and productivity of production
were achieved by increasing the operating time and efficiency of weaving looms. Thus, the manufacturers of
weaving equipment attempt to minim...
The factors of increasing productivity, reducing the cost and the quality improvement are the most important research concerns in weaving machinery. Increasing the effectiveness and productivity of production were achieved by increasing the operating time and efficiency of weaving looms. Thus, the manufacturers of weaving equipment attempt to minim...
In this article, numerical and experimental investigations are carried out to assess the possible use of vibration measurements to identify the presence of a fatigue crack in railway axles, detecting components of axle vibration occurring at frequencies that are integer multiples of the axle’s frequency of revolution (N×Rev components). A model of...
In this paper, numerical investigations are carried out to assess the possible use of vibration measurements to identify the presence of a fatigue crack in railway axles. A non-linear finite element model of a cracked axle, reproducing the crack breathing mechanism, is introduced. The solid model of the axle is built in the ABAQUS FEM software and...
