Electromagnetic modeling and seabed logging simulation using finite element method (FEM)

COMSOL MULTYPHYSICS training License provided by I-Math Pte Ltd

LEVEL : BEGINNER             HRDF : CLAIMABLE

TRAINERS : ASSOC. PROF. DR HASSAN SOLEIMANI & Dr. Amir Rostami

WHEN  


24 NOVEMBER 2021

WHERE 


MS TEAMS

TIME


9.00AM - 5.00PM

RM 330 FOR PROFESSIONAL

10% Discount for Early Bird (24 October 2021) / Group / Students

COURSE SUMMARY

INTRODUCTION

Various computational techniques have been developed in order to solve electromagnetic problems. Finite Element Method (FEM) is particularly suitable for modeling three dimensional volumes that have complex geometrical details and numerical. Hence, the FEM method is able to model a variety of physically meaningful structures without the need for re-formulation. The finite element method emerged to extent from the mechanical and civil engineering communities, to becoming an interesting approach for solving Maxwell’s equations. The finite element method is usually regarded as one of the most versatile and powerful technique in the design of electromagnetic devices. It is based on the numerical evolution of a variational expression usually on the free space wave number.  The COMSOL Multiphysics is a powerful interactive environment for modeling and solving all kinds of scientific and engineering problems based on Finite Element Method (FEM). This Software can be used in many application areas, Such as: Acoustics, Bioscience, Chemical reactions, Geophysics, Diffusion, Fluid dynamics, Porous media flow, Electromagnetics and so on. The COMSOL Multiphysics provides a unique environment for the simulation of electromagnetic waves, Antennas, Waveguides, Cavity resonators in microwave engineering and optical fibers.COMSOL software is a powerful and interactive environment for modeling, simulating and solving. Scientific and engineering problems are based on partial differential equations (PDE). Those PDE’s will first have to be converted into the format required by COMSOL software before solving it using FEM. In fact, COMSOL Multiphysics is a powerful interactive environment for modeling and solving all kinds of scientific and engineering problems based on partial differential equations (PDEs).In the first part of This course we will cover overview of Finite Element Method (FEM) and comparison of Finite Element Method (FEM) to Finite Different Method (FDM) and Finite Integral Method (FIM), overview of Electromagnetic Waves and Maxwell EquationsIn the second part of this course we will cover Creating  2D and 3D Geometry Model, Specify Physics Setting,  creating Meshing, compute the Solution, Post process and visualize in 2D and 3D results and finally Simulation of electromagnetic and Waveguide in 2D and 3D using COMSOL software. 

COURSE CONTENT
Finite Element Method theoretically
  • Introduction to overall course.
  • Overview of Finite Element Method (FEM).
  • Comparison of Finite Element Method (FEM) to Finite Different Method (FDM) and Finite Integral Method (FIM).
  • Overview of Electromagnetic Waves and Maxwell Equations.
  • Development of Finite Element Method for Electromagnetic Waves in general.

Simulation by COMSOL Multiphysics software based on Finite Element Method

  • Create 2D and 3D Geometry Model.
  • Specify Physics Setting.
  • Create Meshing.
  • Compute the Solution.
  • Post process and visualize in 2D and 3D results.
  • Simulation of Waveguide in 2D and 3D using Finite Element Method by COMSOL software for imaging and tetrahedral meshes.


OBJECTIVES

Upon completion of this course, participants will be able to:

  • Overview of Finite Element Method (FEM). 
  • Applications of Finite Element Method for Electromagnetic Waves in general.
  • Simulation of EM waves and Rectangular Wave using Finite Element Method by COMSOL software.


WHO SHOULD ATTEND?

  • Postgraduate Students in Applied Physics, Mathematics and Engineering.
  • Researchers and students who work on Electromagnetic Waves and its application. 





OUR TRAINERS



1. Associate Professor Dr Hassan Soleimani (UTP)

Associate Professor Dr. Hassan Soleimani obtained his bachelor’s degree in “Applied Physics in 1990 at Isfahan University, Iran. He began his master’s degree in physics in 1994. While studying for his master’s degree, the Iranian Ministry of Energy employed him as a technical engineer. He was invited by the Department of Physic in Tehran Azad University to give lectures and conduct the research in 2000. He obtained his PhD in “Wave propagation” at University Putra Malaysia (UPM) in 2009. He joined Ministry of Communication and Information Technology Iran as Director General of Department of Research and Training in 2009.He Joined University Technology PETRONAS (UTP) in 2011, His field of interest is application of Nanotechnology and Electromagnetic waves in Enhanced Oil Recovery and Hydrocarbon Prediction. Based on his research outcome, he has published more than 100 research articles in peer reviewed International journals with high impact factor apart from conference proceedings and have authored over 6 book chapters and supervised over 18 postgraduate students. From 2011 He is committee member of International Conference Diffusion in Solid and Liquids and he is organizer of a special Session in title of Nanotechnology in Oil and Gas which will be held in Europe annually. He was as Visiting Scientist in Department of Materials Sciences and Metallurgy, University of Cambridge from 15th September till 17 October 2012 and Visiting Scientist in Department of Physics, Wright State University, USA from 15th till 30th October 2013, and Visiting Scientist in Laboratory of High-Tech Materials University of Patras, Greece in 2014 and Visiting Scientist in School of Engineering, Griffith University, Australia in 2015. He was awarded as one of the best lecturers in Effective Education Delivery in Quality Day years 2013 and 2014 at University Technology PETRONAS. He has secured 7 research projects funding from industries as well as ministry of higher education Malaysia during his career. He has completed over 6 research projects funding as principal investigator and 9 research projects funding as co- principal investigator. He is a member of SPE and IFM and editorial board member of Journal of Oil and Gas Research and Journal of Nano Plus Science and Technology of Nanomaterials.


2. Dr. Amir Rostami 

Dr. Amir Rostami is a Post-doctoral Researcher at Institute of Hydrocarbon Recovery, Universiti Teknologi PETRONAS. Amir is specialist in application of electromagnetic in a variety of fields, namely oil exploration, nanomaterial synthesis and characterization, and fibre optic sensors. He received bachelor’s degree in Solid State Physics in 2006 from university of Tabriz and obtained his master’s degree in Physics from Amirkabir University of Technology in 2010. He accomplished his knowledge in Molecular Dynamics modelling of nanostructures. In 2014 he joined Universiti Teknologi PETRONAS as a PhD candidate. He developed his proficiency in electromagnetic methods in oil and gas, using finite element method and method of moment. Amir obtained his PhD in Science in 2018. 


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REGISTRATION FEES

      Professional       

myr330

*fee quoted does not include SST, GST/VAT or withholding tax (if applicable)

Early bird/ group/ student

myr297

*fee quoted does not include SST, GST/VAT or withholding tax (if applicable)

OUR LOCATION

Centre for Advanced & Professional Education (CAPE)

 Level 16, Menara 2, Menara Kembar Bank Rakyat, 50470, Jalan Travers, Kuala Lumpur.

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