911±¬ÁÏ

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Publication

International Journal

• 7. Digonta Chanda, Dr. Md. Ashraful Islam, Dr. Md. Abdul Hasib, Somnath Somadder, "NUMERICAL MODELING OF LOW-VELOCITY IMPACT ON COMPOSITE LAMINATES," MIST International Journal of Science and Technology, , 2022.
• 6. Palash Das, Md. Ashraful Islam, Somnath Somadder, and Md. Abdul Hasib, "," Archive of Applied Mechanics, Springer, 2023.
• 5. Somnath Somadder , Palash Das , Md. Ashraful Islam, "CHARACTERISTICS OF STRESS DISTRIBUTION OF A MULTI LAYERED CYLINDRICAL PRESSURE VESSEL ," Journal of Mechanical and Energy Engineering, Koszalin University of Technology, pp. 1-6, 2023.
• 4. Somnath Somadder , Palash Das , Md. Ashraful Islam, Md. Abdul Hasib, "," International Journal of Engineering & Applied Sciences (IJEAS), Akdeniz University, vol. 14, no: 2, 2022.
• 3. Palash Das, Md. Ashraful Islam, Somnath Somadder, and Md. Abdul Hasib, "Analytical and numerical analysis of functionally graded (FGM) axisymmetric cylinders under thermo-mechanical loadings," Materials Today Communications, ELSEVIER, vol. 33, 2022.
• 2. Somnath Somadder, Md. Shahidul Islam, "Effect of Adhesive Layer Thickness and Slant Angle on Piezoelectric Bonded Joints," Journal of Mechanical Engineering, Universiti Teknologi MARA, Shah Alam, Malaysia, vol. 19, no: 2, pp. 251-268, 2022.
• 1. Somnath Somadder, Md. Shahidul Islam, "“Stress Analysis of a Thick Walled Orthotropic Bonded Cylinder under Pressure and Temperature by Using FEMâ€, ," International Journal of Mechatronics and Manufacturing Technology, , vol. 3, no: 1, pp. 1-28, 2018.

International Conference

• 3. Rahul Sarker, Md. Shahidul Islam, and Somnath Somadder, "Numerical Investigation of Stress Field Near the Vertex of a 3D Three Layer Piezoelectric Bonded Joint," International Conference on Mechanical, Manufacturing and Process Engineering (ICMMPE - 2022), , 2022.
• 2. Somnath Somaader, Md. Shahidul Islam, "Effect of Slant Angle on Piezoelectric Bonded Joint," 6th International Conference on Mechanical Industrial & Energy Engineering, , 2020.
• 1. Somnath Somadder, Md. Shahidul Islam, "“Stress Analysis of a Cylinder Subjected to Thermo-mechanical Loads by Using FEMâ€," 4th International Conference on STRUCTURE, PROCESSING AND PROPERTIES OF MATERIALS 2018, , .

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Education

• PhD in Mechanical Engineering (5 years)
  Florida International University, USA
  Group: ()
  Remarks:
  Presidential Doctoral Fellow
  
  
• B.Sc. in Mechanical Engineering
  Khulna University of Engineering & Technology, 911±¬ÁÏ
  Result: (91.80%)
  3.91 (4.00)
  Group: Mechanical Engineering(2018)
  Remarks: 2nd
  Honors
  
  
• H.S.C (Higher Secondary Certificate)
  Govt. Syed Hatem Ali College, 911±¬ÁÏ
  Result: A+
  5.00 (5.00)
  Group: Science(2013)
  Remarks:
  Board Scholarship
  
  
• S.S.C (Secondary School Certificate)
  Barisal Zilla School, 911±¬ÁÏ
  Result: A+
  5.00 (5.00)
  Group: Science(2011)
  Remarks:
  
  
• M.Sc. in Mechanical Engineering
  Khulna University of Engineering & Technology, 911±¬ÁÏ
  Result: Awarded
  
  Group: (2021)
  Thesis: Effect of Adhesive Layer Thickness and Slant Angle on Piezoelectric Bonded Joints
  
  
  Remarks:
  
  

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Scholarship and Award

• Education Board Scholarship (Barisal Board)
  Talent Pool Scholarship in class five, General Grade Scholarship in class eight and in HSC exam.
• Honors
  The honors is given to the students having CGPA 3.75 or above.
• Deans Award
  Four Deans Awards for securing CGPA of 3.75 or above in each session

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Research

• 
  
  A functionally graded material (FGM) is a two-component composite characterised by a compositional gradient from one component to the other. In contrast, traditional composites are homogeneous mixtures, and they therefore involve a compromise between the desirable properties of the component materials.
• 
  
  Additive Manufacturing (AM) is defined as ―the process of joining materials to make objects from 3D model data, usually layer upon layer, as opposed to subtractive manufacturing methodologies, such as traditional machining.
• 
  
  Analysis of stress singularity fields in 3D transversely isotropic piezoelectric and elastic bonded joints by finite element method.
• 
  
  Multiscale modeling refers to a style of modeling in which multiple models at different scales are used simultaneously to describe a system. The different models usually focus on different scales of resolution.Multiscale modeling research focusses on developing comprehensive multiphysics framework, bridging length scales from atomistic to the structural scale, including geometric and material variability, and damage for accurate prediction of material behavior and failure under service conditions for a wide range of materials such as polymer matrix composites (PMC), ceramic matrix composites (CMC), metallic alloys and superalloys.
• Low velocity impact on composite materials
  
  
  

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Academic Experience

• Lecturer
  Department of Mechanical Engineering
  Khulna University of Engineering & Technology (KUET)
  Responsibility: Teaching, Paper Setter, Examiner and Research
• Consultancy, Research & Testing Officer
  CRTS, Department of Mechanical Engineering
  Khulna University of Engineering & Technology (KUET)
  Responsibility: Consultancy, research and performing various test.
• Assistant Professor
  Department of Mechanical Engineering
  Khulna University of Engineering & Technology (KUET)
  Responsibility: Teaching, Paper Setter, Examiner and Research

Professional Membership

• Associate Member (A-24667)
  Institution of Engineers, 911±¬ÁÏ

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Course Conduct

Supervisor of (fourth year) thesis student 1. 1705002 2. 1705081 Supervisor of (third year) project student 1. 1805053 2. 1805094

Supervision

1.Kinematics and Dynamics of Machinery

  Department: Energy Science and Engineering

  Batch: 2K16

  Course No.: ME 2213

  Credit: 3.0

  Status: Finished

 

 

2.Sessional ME 2213

  Department: Energy Science and Engineering

  Batch: 2K16

  Course No.: ME 2214

  Credit: 0.75

  Status: Finished

 

 

3.Machine Design I

  Department: Mechanical Engineering

  Batch: 2K16

  Course No.: ME 3117

  Credit: 3.0

  Status: Finished

 

 

4.Sessional on ME 3117

  Department: Mechanical Engineering

  Batch: 2K16

  Course No.: ME 3118

  Credit: 3.0

  Status: Finished

 

 

5.Fluid Mechanics

  Department: Energy Science and Engineering

  Batch: 2K17

  Course No.: ME 2115

  Credit: 3.0

  Status: Finished

 

 

6.Sessional on ME 4113

  Department: Mechanical Engineering

  Batch: 2K15

  Course No.: ME-4114

  Credit: 0.75

  Status: Finished

 

 

7.Machine Shop

  Department: Chemical Engineering

  Batch: 2K18

  Course No.: MES 1130

  Credit: 1.50

  Status: Finished

 

 

8.Machine Shop

  Department: Materials Science and Engineering

  Batch: 2K17

  Course No.: MES 2110

  Credit: 0.75

  Status: Finished

 

 

 

9.Kinematics and Dynamics of Machinery

  Department: Energy Science and Engineering

  Batch: 2K17

  Course No.: ME 2213

  Credit: 3.0

  Status: Finished

 

10.Sessional ME 2213

   Department: Energy Science and Engineering

   Batch: 2K17

   Course No.: ME 2214

   Credit: 0.75

   Status: Finished

 

 

11.Manufacturing Process

   Department: Mechatronics Engineering

   Batch: 2K18

   Course No.: ME 1231

   Credit: 3.00

   Status: Finished

 

 

12.Sessional on Manufacturing Process

   Department: Mechatronics Engineering

   Batch: 2K18

   Course No.: ME 1232

   Credit: 1.50

   Status: Finished

 

13.Sessional on Basic Mechanical Engineering

   Department: 911±¬ÁÏ Engineering

   Batch: 2K18

   Course No.: ME 1204

   Credit: 0.75

   Status: Finished

 

 

14.Machine Design I

   Department: Mechanical Engineering

   Batch: 2K17

   Course No.: ME 3117

   Credit: 3.0

   Status: Finished

15.Sessional on ME 3117

  Department: Mechanical Engineering

  Batch: 2K17

  Course No.: ME 3118

  Credit: 3.0

  Status: Finished

16.Engineering Mechanics

   Department: Mechtronics Engineering

   Batch: 2K18

   Course No.: ME 2131

   Credit: 3.0

   Status: Finished

 

 

17.Mechanical Equipment in Building

   Department: Architecture

   Batch: 2K17

   Course No.: ME 3125

   Credit: 3.0

   Status: Finished

 

 

18.Engineering drawing and design

   Department: Biomedical Engineering

   Batch: 2K19

   Course No.: ME 1116

   Credit: 1.50

   Status: Finished

 

 

19.Simulation

   Department: Mechanical Engineering

   Batch: 2K16

   Course No.: ME 4122

   Credit: 0.75

   Status: Finished

 

 

20.Workshop practice

   Department: Textile Engineering

   Batch: 2K18

   Course No.: MES 2120

   Credit: 1.50

   Status: Finished

 

 

21.Engineering Graphics

   Department: Chemical Engineering

   Batch: 2K18

   Course No.: ME 2130

   Credit: 1.50

   Status: Finished

22.Machine Design II

   Department: Mechanical Engineering

   Batch: 2K17

   Course No.: ME 3217

   Credit: 3.00

   Status: Finished

 

23.Sessional on ME 3217

    Department: Mechanical Engineering

    Batch: 2K17

    Course No.: ME 3218

    Credit: 0.75

    Status: Finished

 

 

24.Solid Mechanics and Machine Design

    Department: Textile Engineering

    Batch: 2K18

    Course No.: ME 2221

    Credit: 3.00

    Status: Finished

 

 

25.Sessional on ME 2221

    Department: Textile Engineering

    Batch: 2K18

    Course No.: ME 2222

    Credit: 3.00

    Status: Finished.

26.Fatigue, Creep & Fracture

    Department: Mechanical Engineering

    Batch: Post Graduate (January 2022)

    Course No.: ME 6311

    Credit: 3.00

    Status: Running

27.Machine Design I

   Department: Mechanical Engineering

   Batch: 2K18

   Course No.: ME 3117

   Credit: 3.0

   Status: Finished

28.Sessional on ME 3117

  Department: Mechanical Engineering

  Batch: 2K18

  Course No.: ME 3118

  Credit: 3.0

  Status: Finished

29.Simulation

   Department: Mechanical Engineering

   Batch: 2K16

   Course No.: ME 4122

   Credit: 0.75

   Status: Finished

30.Engineering Mechanics

   Department: Mechatronics Engineering

   Batch: 2K19

   Course No.: ME 2131

   Credit: 3.0

   Status: Finished

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Student Corner