Narges Mohammadi

ESR 7:
Narges Mohammadi

My name is Narges Mohammadi, and I was born in Tehran, Iran. I received my bachelor’s and master’s degrees in mechanical engineering at Amirkabir University of Technology (Tehran Polytechnic). My main interest lies in modeling real-world mechanical problems in the form of mathematical formulation, striving to find the most effective method to solve them. Owing to such scientific direction and passion, I decided to develop my research area in the dynamic simulation of different novel structural elements in contact with the fluid in my Master’s project. I have also tried to extend my knowledge of mathematics, which is an indispensable part of studying the mechanical behavior of different structures. I have gained some knowledge of various numerical and analytical methods to solve PDEs. Moreover, having worked in a research institute, I could also be acquainted with some optimization methods and Machine Learning techniques. My teaching experience in Mechanical Design course and Strength of Materials Laboratory for undergraduate students increased my passion for working in an academic atmosphere.

I think the THREAD project would set me on the right path to achieve my ultimate goal since I will be engaged in a scientific work that can assist me in linking my research interests to a practical issue as well as developing my transferable skills. I am also highly pleased that I am of the chance to be in contact with different researchers with different fields in both academic and industrial environments.


Host Institution
University of Seville (Spain)
Supervisor

Description

Development of a general flexible multibody formulation for physically meaningful automatic modelling and real-time simulation of reeving systems as a set of rigid bodies connected with wire ropes or belts using sheaves or reels. The dynamics of many industrial machines (e.g. cranes, printers, elevators, deployable structures, … ) fit to this definition.

Expected Results

A computational code for the automatic generation and numerical solution of the equations of motion of reeving systems based on a systematic and well-structured set of input data. The model must show the overall dynamic of the system for common operation condition of industrial machines based on the knowledge of commonly used parameters associated to the wire ropes, sheaves, reels and drive motors.

Secondments

planned at Mevea (industrial partner)

associated with the Industrial Challenges

IC 2 Mechanical engineering
IC 9 Software development