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MS: Recent submissions

Now showing items 101-120 of 224

Investigation into Electron Beam Welding (EBW) of High Strength Alloys

Fakhar Alam Zeb, Supervised by Dr. Hussain Imran Jaffery (SMME, 2021)

In electron Beam Welding, a beam of high energy electrons is accelerated through a high potential so that we can use its kinetic energy in the form of heat energy to join the materials. Electron Beam welding is used for ...
Estimation of weld induced residual stresses in thin cylinders using indirect coupling method

NAIMAT ULLAH, Supervised by Dr Emad Uddin (SMME, 2021)

Abstract For the idea to launch utility-based design values of distortions in ship sections a extended term objective is to specify an optimal welding techniques and to optimize distortion also to minimize residual stresses ...
Intermittent Steam-Powered Energy Generation Using Domestic Water Geysers

Kazim Raza, Supervised by Dr Najam Ul Qadir (SMME, 2021)

This project is aimed at proposing an idea of producing electricity on intermittent basis through trickle charging the current produced by a tesla turbine. The turbine runs on the steam produced by a domestic water geyser. ...
Process Improvement of Pakistan's manufactured Truck and Trailer Wheel Hubs using DMAIC methodology

Fahad Zeb, Supervised by Dr Shahid Ikram Ullah Butt (SMME, 2021)

Process improvement or continuous improvement is a practice used by various industries in the World in order to get high productivity and huge profits, to reduce rejection rates, manufacturing cost and rework, to improve ...
Comparative analysis of Friction Stir Processing (FSP) for different sheet metal parts using tool and die

Mayra Akhtar, Supervised by Dr Shahid Ikram Ullah (SMME, 2021)

Friction Stir Processing (FSP) is a solid state, joining process which is derived from the Friction Stir welding (FSW). It was developed by The Welding Institute (TWI) of United Kingdom in 1991. In this process during a ...
Design and Development of Control System for Selective Laser Melting Machine

Muhammad Kamal Ubaid, Supervised by Dr Shamraiz Ahmed (SMME, 2021)

viii Abstract Additive manufacturing is contrary to subtractive and formative manufacturing methodologies, the process of joining materials to make parts from 3D model data, usually by layer upon layer mechanism. Selective ...
Development of Continuous Drive Friction Welding (CDFW) model in ABAQUS for AA 6061-T6 alloy to verify experimental results and to predict behavior of similar and dissimilar alloys AA 6061-5083

Muhammad Umar Elahi, Supervised by Dr Shahid Ikram Ullah Butt (SMME, 2021)

Continues drive friction welding, a type of rotary friction welding, is a solid state welding process in which similar materials and dissimilar materials are welded together. During the process one part is rotated with a ...
Design Development & Testing of Strain Gauge Based Cutting Force Dynamometer

Yasir Siddique, Supervised by Dr Mushtaq Khan (SMME, 2018)

Dynamometers are being used in the industry and academia to measure power, force and torque. Dynamometers basically work on the principles of either absorption or transmission. The design of dynamometer primarily depends ...
Statistical Analysis of Process Parameters During Micro Milling of Inconel-718 using Cryogenic Fluid as Cutting Coolant.

Muhammad Idrees, Supervised by Dr Najam ul Qadir (SMME, 2021)

Modern technological devices demand high accuracy miniaturized components. The utilization of such components manufactured by micromachining of super alloys has significantly increased its application in aerospace and ...
Analysis of Cutting Forces and Tool Wear during Micro milling of Ti-6Al-4V at low machining speed By Ammir Rashid Supervisor Dr Mushtaq Khan Design and

Ammir Rashid, Supervised by Dr Mushtaq Khan (SMME, 2021)

In this research milling tests were carried out in order to analyze the influence of different parameters of machining such as feed rate, cutting speed, depth of cut and type of tool being used on cutting forces and wear ...
Statistical analysis of process parameters during machining of Titanium alloy (Ti-6Al-4V) on shaper machine

Muhammad Usman, Supervised by Dr Syed Husain Imran (SMME, 2021)

Productivity of titanium alloys is high dependent on the cutting speeds and usually higher cutting speeds (above 100m/min) results in greater productivity. Tool life and the energy consumption during this cutting process ...
Investigation of Machinability of Composite Materials

Naeem Ahmed Awan, Supervised by Dr Syed Husain Imran (SMME, 2021)

The machinability of composite materials mainly depends on matrix properties , reinforcements, cutting tool geometry and cutting parameters. Composite developments are increasing day by day and for each new composite the ...
Modeling and designing of six degrees of Freedom Robot Arm for multiple applications

Muhammad Khird Added Asif, Supervised by Dr Mushtaq Khan (SMME, 2021)

The robot arm has been widely used since its introduction in the 1960s in a variety of shapes and configurations. The applications at the start were in the field of welding, painting, assembly, and transportation. With the ...
FE Simulation of Turning Metal Cutting With Multi-coated Tools

Hammad Ahmed Javaid, Supervised by Dr Syed Husain Imran (SMME, 2021)

The metal cutting process is an integral part of today's industry. However, understanding the basic principles of the metal cutting processes through experiments has its limitations. On the other hand, FE modelling can ...
Design and Development of Layer by Layer Deposition Mechanism for Selective Laser Melting Processs

Hamza Nawaz, Supervised by Dr Mushtaq Khan (SMME, 2021)

Selective Laser Melting is a process which comes under the field of additive manufacturing in which a high-power density laser is used to melt and fuse the metallic powders together. This project is about modifying a laser ...
Development of Test Rig for Position Control of Shape Memory Alloy Spring using PID Algorithm

Shozib Mahmood Bhutta, Supervised by Dr Mushtaq Khan (SMME, 2021)

x Abstract Shape memory alloys are special materials which memorize their original form. These can be brought back to their programmed state after deformation by virtue of heat or magnetic stimuli. Nitinol or Nickle ...
Modification Integration and Testing of Multi Powder Hopper With Co Axial Nozzle for Laser Cladding

Ahsan Ali, Dr Najam ul Qadir (SMME, 2021)

The applications of Laser Metal Deposition (LMD) in favor of mankind are vast and the benefits of LMD as compared to conventional cladding processes necessities high level of research in low equipment cost especially for ...
Simulation Based Lean Six Sigma Implementation in Textile Industry of Pakistan

Hassan Nawaz, Supervised by Dr. Shamraiz Ahmad (SMME, 2021)

The textile sector in Pakistan has an immense impact on the economy. In year 2019-2020 Textile sector contributed 60% of country’s exports, having worth of $ 3.4 billions. To be able to survive, the textile industry of ...
Modeling and FE Simulation of tool wear mechanism in single point turning of Titanium alloy i.e. Ti6Al4V under various conditions

Sabeel Mehmood, Supervised by Dr. Mushtaq Khan (SMME, 2021)

With the advancement of computer hardware and readily available commercial Finite Element software, the application of simulation is on the increase in every other aspect of our life. In the manufacturing industry, machining ...
Mechanical Characterization of Natural Fiber Reinforced Jute/Glass Hybrid Epoxy Composite with Ceramic Reinforcement

Ali Tariq, Supervised by Dr Najam ul Qadir (SMME, 2021)

Natural fiber-reinforced polymer composites have gained importance due to their biodegradability, ecological friendly nature and low cost because of developing worldwide energy crisis and environmental issues. Synthetic ...

Now showing items 101-120 of 224

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