تناول هذا البحث بالدراسة والتحليل مفهوم الإنسان وصفاته ووظيفته من خلال قصة آدم u. وتتجلى أهمية هذا الموضوع في كونه يكشف عن المضامين الكبرى من حكمة خلق الإنسان وصلاحه، وترشيد مساره على الوجه ال
This research deals with and analyses the role of Satan in the pathway of man in the shade of the story of Adam. The significance of this theme lies in its attempt to display the main implications underlying the rationale behind the creation of man and alerting him against the stages of temptations by Satan. It also attempts to guide man and entrus
Surface modification technique is important to enhance the tribological properties of titanium alloy grade 5 (Ti6Al-4V). One of the surface melting techniques is tungsten inert gas (TIG) torch welding to produce similar results to the costly high power laser technique. The substrate alloy was preplaced with silicon carbide (SiC) powder and then mel
TIG torch welding technique is a conventional melting technique for the cladding of metallic materials. Duplex stainless steels (DSS) show decrease in performance under aggressive environment which may lead to unanticipated failure due to poor surface properties. In this research, surface modification is done by using TIG torch method where silicon
Duplex stainless steel (DSS) shows a good corrosion resistance as well as the mechanical properties. However, DSS performance decrease as it works under aggressive environment and at high temperature. At the mentioned environment, the DSS become susceptible to wear failure. Surface modification is the favourable technique to widen the application o
The optimization for gaseous nitriding process parameters of duplex stainless steel was performed using Taguchi approach. The nitriding process parameters of temperature, time and gas mixture ratio of NH3 and N2 are considered as input parameters. Three responses are chosen which are surface hardness, wear weight loss and coefficient of friction. T
The aim of this paper is to investigate the wear behavior of surface modified duplex stainless steel (DSS) with SiC particle preplacement using TIG torch technique under different process parameters. Surface modification is done using silicon carbide (SiC) particles on DSS substrate in order to form a new intermetallic surface layer. The effect of
This invention focused on the development of light weight eco-SiC reinforced composite material for motorbike brake disc application using cost-effective powder metallurgy process. The strategy is to reduce the weight of the current brake disc which consumes more fuel and emits more exhaust gas. Moreover, lower thermal conductivity of cast iron gen
Pembangunan dan pengislahan masyarakat merupakan salah satu perkara penting dalam usaha merealisasikan matlamat pendidikan. Artikel ini membincangkan konsep-konsep atau amalan-amalan terbaik ‘pembangunan dan pengislahan masyarakat’ yang merupakan salah satu prinsip utama dalam Dasar Pendidikan Rabbani Kelantan (DPRK). Prinsip tersebut telah dib
The novelty of this invention is to use eco-SiC as reinforcement for composite motorbike disc application with the aim to reduce weight, enhance energy efficiency and save fuel consumption of motorbike and utilize waste rice husk for the source of eco-SiC. Simple and cost effective green production technique which reduces hazardous CO2 gas compared
