NUST Institutions Library Catalogue Search for 'au:"M Asad"'

Voice recognition system

By Jehanzeb Sarwar. Islamabad : NUST School of Electrical Engineering & Computer Science, 2009 . viii, 101 p. : , Supervisors : Mr. Arshad Nazir, Ms. Khalida Noori. 27 cm +.

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Breaking and improving captcha based e-banking protection systems

By Syed Amier Haider Shah. Islamabad : NUST School of Electrical Engineering & Computer Science, 2010 . 28 p. : , Supervisors : Dr. Ali Khayam, Dr. Fauzan Mirza. 27 cm. +.

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Simulation of ipsecurity protocol suite in C++

By Raza, S. M. Asad (MSEE-5). Rawalpindi MCS,NUST 2001 . vii, 116, p;

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Islam at the crossroad

By M Asad. London M Ashraf

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The Message of the Quran

By M Asad. Calformic Dar Al-Andalus

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Islami Mumlikat wa hakoomat

By M Asad. Lahore Ghulam Ali

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Aerodynamic feasibility of mounting a matra 550 missile on F-6 aircraft

By M Asad Baig. Karachi University of Karachi 1977 . 85p. , BE Project Reports

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Study the Methods to Evaluate the Fatigue Life of an Aircraft Structure 37 "A" EC

By Rizwan Ahmed; Prof M Asad Baig and Khalid M Tahir (Advsors). Karachi NED University 1992 . 129p , BE Project Reports

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To Study the Structural Design of the Tail Wheel Congiguration of Mushshak Aircraft 38 "A" EC

By Ghadir Hussain Abidi; Prof M. Asad Baig and Tajammul (Advisors). Karachi NED University 1993 . vii;146p , BE Project Reports

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Pakistan adrift : navigating troubled waters /

By Durrani, M. Asad,. . xx, 273 pages ; 23 cm. 9789387578494 | 9387578496

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PR-SOF-1493-DEVELOPMENT OF DYNAMICALLY STABLE, HOLONOMIC, SPHERICAL DRIVE ROBOTIC PLATFORM

By Shahroze Ahmed M Hassaan Hashmi Zohaib Shabir M Shaheer M Atif Sharif M Asad Ali . ISLAMABAD NUST COLLEGE OF EME 2016

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Pakistan adrift :

By Durrani, M. Asad,. . xx, 273 pages ;

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Metal Organic Framework (MOF) Derived Nanostructured Composite @ Reduced Graphene Oxide as an Efficient Electrocatalyst for Oxygen Reduction Reactions /

By M. Asad Ali (00000320519). USPCAS-E, NUST, Islamabad : 2022 . xiii, 82 p.

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EXPERIMENTAL ANALYSIS OF WELDING PARAMETERS OF WELDING JOINT OF AUSTENATIC STEEL (300 SERIES) BY TIG WELDING /

By Dar, M Asad . . 134p. , After the advent of welding as a joining method, welding technology was employed as a key joining technique in hi-tech industry for the welding of AISI 321 structures such as pressure vessels and aerospace applications. Due to their high strength and low weight ratio, stainless steel AISI 321 is extensively used for various applications in a number of industries including nuclear, aerospace, chemical, petrochemical, fertilizer, and food processing industries and in many other major industrial operations. Manufacturing industry has taken advantages of tungsten Inter gas (TIG) welding to join structures. High quality weld for stainless steels and non-ferrous alloys are also obtained with this technique. However, in comparison to arc welding processes the TIG welding has lower productivity due to shallow penetration, which confines its application. From industrial point of view, stainless steel AISI 321 is very commonly used material due to its improved corrosion resistance, low weight ratio and better creep rupture strength. In this experimental work, the main objectives are to analyze and optimize the joining of stainless steel AISI 321 sheet by tungsten Inter Gas (TIG) welding using Taguchi experimental design. The current, voltage, gas flow rate and filler rod are the variable parameters in this study. The properties namely ultimate tensile strength (UTS), yield strength, % elongation, joint quality and hardness of stainless steel AISI 321 are investigated by using filler material 316L and 308L at varying current, voltage and gas flow rate. 30cm.

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