Projects

SHAPE MEMORY POLYMER FOR DEBONDABLE ADHESIVE COMPOSITE

MARCH 2021 - PRESENT

The ultimate target of this project is to develop a debondable epoxy adhesive by incorporating suitable Shape Memory Polymer(SMP) fiber in it.

• Material- Epoxy adhesive; SMPs, Aluminum substrate(5052)
• Fabrication- Steel Mold, 4D printed objects, 3d printed fixutes, Epoxy and acryric based SMPs
• Instruments-3D Printers, DOBOT Arm, Laser Cutter, UTM(Instron,KMT), DAQ with LABVIEW etc.
• Software- GOM, AutoCAD, SolidWorks(4D printing), G Code, PID, Silhouette Studio, Dobot Studio, Universal Laser System, ImageJ, National Instruments etc.

• Supervised by-Dr. Hui Yun Hwang
  Professor-Department of Mechanical Design and Robotic Engineering, ANU)

Lab Website Development

(Voluntry project)[Spring 2022(vacations)]

HTML Code

A Complete Lab Website

• Link of the Website will be updated Soon

• Supervised by-Dr. Hui Yun Hwang
  Professor-Department of Mechanical Design and Robotic Engineering, ANU)

STRUCTURAL DESIGN FOR COMPOSITE MATERIAL

(MS Project; term 1, Level 2)

Code for designing composite plate to minimize weight

The model was designed to calculate maximum delfection of a multilayered composite bar. It determines the failure criterion using Tai-Hill Criterion. The optimum stacking parameters as well as the maximum failure index with respect to stacking sequence(θ,n) can be depicted from the model.

• Get the code

• Supervised by-Dr. Hui Yun Hwang
  Professor-Department of Mechanical Design and Robotic Engineering, ANU)

INVESTIGATION OF SOYABEAN BASED 3D PRINTABLE FILAMENT MATERIAL

SEPTEMBER 2021

This additive manufacturing project will offer an eco-friendly filament for 3D printing

• Material- Soyabean shell powder, polyethylene pellets
• Fabrication- Steel Mold, Sample Size- ASTM 638(Type-V)
• Instruments- Heat Press, Filament Extruder(filamet dia 1.5mm, initially), Moment 3D Printer
• Software- AutoCAD, SolidWorks, Simplify 3D



My Responsibilities: Feasibility of printing, fabrication of spcimens for standarized tests.

• Supervised by-Dr. Hui Yun Hwang
  Professor-Department of Mechanical Design and Robotic Engineering, ANU

IMPACT CHARACTERISTICS OF INTERGRATED COMPOSITE PLATE

OCTOBER 2021

We have fabicated fast cured piecewise integrated carbon composite plates to examine their impact characteristics.

• Material- TB Carbon PC.20B, Woven Carbon Fabric(twill weave)
• Fabrication- Steel Mold, Composite Sample Size- ASTM 7136
• Instruments- Impact Tester(Instron-ceast 9350), Lathe Machine, Heat Press, Thermal Camera
• Software- AutoCAD, Instron Bluehill Impact, ImageJ, Origin 2021, FLIR

• Project Head-Dr. Hui Yun Hwang
  Professor-Department of Mechanical Design and Robotic Engineering, ANU

ANALYSIS OF INTERNAL DAMAGE OF BEARING

(Undergraduate Project 2018; term 4, Level 1&2)

A novel approach of combining MEMS accelerometer and HFRT based bearing vibration monitoring system was tested experimentally to find out the internal damage of SKF 6203 bearing.

• Material- Bearing, Shaft, 1/2 HP Motor, Spring gaugge, Rubber belt
• Software- Solidworks, Arduino



My Responsibilities: CAD design, Developing physical Structure, Data collection and Report writing.

Supervised by-Dr. Md Maksud Helali
Professor-Department of Mechanical Engineering, BUET

DOUBLE PIPE HEAT EXCHANGER

NOVEMBER 2018 (Undergraduate Project; Level-3, Term-2)

The project is focused on developing an inhouse heat exchanger. Double tube heat exchangers are one of the most used in industries, research facilities and others. We fabricated this heat exchanger to analyze the physical phenomenon of the flowing fluid and the heat transfer of the tube shell during operation. AutoCAD was initially used to provide design to the local mechanics to build the prototype. Also, we used 3E plus software to calculate the costings before manufacturing. SOLIDWORKS was used as the software for designing the physical model and for the thermal calculations necessary for design optimization we used HTRI. In this project, the inlet, outlet and film temperatures of different flowing fluids in different chamber were calculated. Moreover, the pressure drop in inner shell, mass flow rate, heat transfer, shell conductivity, fouled heat transfer coefficient was analyzed in our project.

My Responsibilities: CAD design, Communicated with local mechanics, Data analysis, and Report writing.

• Supervied by-Dr. Md. Ashiqur Rahman
  Associate Professor-Department of Mechanical Engineering, BUET

AUTOMATIC FRENCH FRY MACHINE

FEBRUARY 2018 (Undergraduate Project; Level-3, Term-1)

• Software- Arduino, SOLIDWORKS
• Components- Wood Structure, Heater, Iron Chain, Servo Motor, Potato Cutter, Trade Mill
• In this project, we made an automated cooking equipment which saves time and manual labour
• Process- The potatoes are cut by the manual cutter,
  then the slices fall on the trade mill that follows to the frying pan and were fried in a calculated time



My Responsibilities: CAD design, Developing physical structure, and Report writing.

• Supervied by-Dr.AKM Monjur Morshed
  Professor-Department of Mechanical Engineering, BUET