مهندس مهدی ساکی

The term “bodymind” is used to emphasize the total integration of the mind and the body. Therefore, this term indicates that the body is by no means separate from the mind and vice versa. The use of this term is particularly important to those scholars and researchers who attempt to challenge Cartesian mind-body dualism. When we turn our attention to the history of the mind-body problem in the Western philosophy, three general trends of thought, or paradigms, manifest themselves. They include the Aristotelian paradigm, The Cartesian paradigm, and the materialist or physicalist paradigm. Consequently, the problem of body-mind can be examined from different points of View. However, in the present study the focus is particularly on actor training. In actor training the issue of body and mind has divided practitioners and theorists into two broad categories, those who emphasize the mental and psychological aspects of acting and those who tend to explore the physical and kinaesthetic aspects of acting. Method acting and physical theatre respectively are the manifestations of each category. Nevertheless, many practitioners of actor training including Konstantin Stanislavski, Jacques Lecoq, and more recently, Tadashi Suzuki and Phillip Zarrilli have realized the importance of unifying body and mind by cultivating the actors’ bodymind. Exploring Tadashi Suzuki’s exercises for training actors in what is known as “The Suzuki Method” illustrates the way he puts emphasis on cultivating the actors’ bodymind. Similarly, Philip Zarrilli in his psychophysical acting, attempts to cultivate the actors’ bodymind by using a variety of techniques taken from Kalaripayattu, hatha yoga, and T’ai chi ch’uan. The present study aims to explore how each of these two practitioners pays attention to the actors’ bodymind in their actor training. The results of the study show both in the Suzuki Method of actor training and Zarrilli’s psychophysical acting, special emphasis is placed upon the actor/ performer’s “bodymind” albeit in different ways.

This study was carried out in order to investigate the effect of chemical fertilizers application on the amount of rapeseed infestation by wax aphid and the agricultural characteristics of rapeseed. Experiment was conducted as a three-factor factorial based on a randomized complete block design in three replications. The experimental factors include the application of nitrogen fertilizer at three levels (175, 250 and 325 kg.ha-1) from the source of urea fertilizer, phosphorus fertilizer at three levels (70, 100 and 130 kg.ha-1) from the source of triple superphosphate fertilizer and sulfur fertilizer in There were two levels (25 and 50 kg.ha-1). The results showed that increasing the application rate of nitrogen fertilizer led to a decrease in the pollution index, the percentage of infected plants and the length of the infected stem, as a result of which the grain yield and biological performance increased. The results showed that the use of higher amounts of chemical fertilizers led to an increase in the components of rape seed yield, so that the highest number of seeds per pod in the treatment of application of 100 kg.ha-1 phosphorus along with 25 kg.ha-1 sulfur and the highest 1000 seed weight was obtained in the application treatment of 130 kg.ha-1 of phosphorus along with 50 kg.ha-1 of sulfur. The increase in the amount of grain yield components led to an increase in grain yield and biological yield, so that the highest amount of grain yield and biological yield was 3804 and 12836 kg.ha-1, respectively, in the treatment of application of 325 kg.ha-1 of nitrogen fertilizer. Based on the results of this study, it was found that the application of 325 kg.ha-1 nitrogen fertilizer reduced the rate of contamination of canola with wax aphid and increased the grain yield, which can be recommended for the farmers of the region in the cultivation of canola

The present work analysed the model of real condition for water distribution network of Langarud city by Geospatial modeling. Hydraulic calculations and comparison of water supply model of Langarud city in two existing variants and proposed model emphasized the modification of existing water distribution model while implementing two cases of GAP1 and GAP2 rings around the city. Along with this operation in 5 stages, creation of independent pressure zone and isolated consumption areas in the network besides the intelligent pressure management through the system of remote reading and implementation of demand management in the form of water split reform were also considered.