28 Aug 2013 ... Differential Equations can be used for scientific computing and modeling real life
problems in science, engineering and technology. Modeling ...
ORGANIZING COMMITTEE
ADDRESS FOR CORRESPONDENCE
Prof. Dr. Panna Thapa, Dean, SOS Prof. Dr. Bhadraman Tuladhar Prof. Dr. Pushpa Raj Adhikary Dr. Deepak Subedi, HOD, DONS Dr. Dil Bahadur Gurung Dr. Jyoti Upadhyay Dr. Kanhaiya Jha Dr. Ram Prasad Ghimire Mr. Rabindra Kayastha Mr. Gokul KC Mrs. Saraswati Acharya Mr. Kiran Shrestha
Dr. Dil Bahadur Gurung Convener Email:
[email protected] Mobile: +977-9841247825 Mr. Gokul K C Email:
[email protected] Mobile: +977-9803384573 Ms. Saraswati Acharya Email:
[email protected] Mobile: +977-9741024408
Phone: Fax:
+977-11-661399(O) +977-11-661443
DAAD Partnerships 2013-2016 Technical University Kaiserlautern, Germany Kathmandu University, Nepal Colombo University, Sri Lanka Institute Technology Bandung, Indonesia
Workshop on Numerical Methods for Ordinary and Partial Differential Equations From
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VENUE Kathmandu University, Kavre Dhulikhel
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September 2-13, 2013
REGISTRATION FEE 3000 NRP
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(does not cover accommodation and lunch for national participants) Organised by
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DEADLINE FOR REGISTRATION 28.08.2013
DEPARTMENT OF NATURAL SCIENCES (MATHEMATICS) KATHAMANDU UNIVERSITY
DHULIKHEL, NEPAL
Numerical Methods for Ordinary and Partial Differential Equations can be used for scientific computing and modeling real life problems in science, engineering and technology. Modeling and scientific computing is an ever-expanding area of current research and development, which provides important insight to scientists, engineers and researchers from many different fields of applications. Mathematical modeling is the art of applying mathematics to a real world problem with the purpose to understand the problem better. In many cases it is impossible to get analytical solutions of these mathematical models. Thus, we have to rely on different numerical techniques to approximate the solutions. The objective of this workshop is to give a brief introduction to ordinary and partial differential equations, which are the main tools to model real life problems. Moreover, to approximate the solutions of these differential equations various numerical techniques will be presented. The participants of the workshop also get the opportunity to implement the numerical schemes in the programming language MATLAB and to visualize the numerical solutions. The targeted participants are PhD, M. Phil, Master Students and Faculties of Mathematics, Physics and Engineering, and other technical fields. International participants from Institute Technology Bandung, Indonesia and Colombo University Sri-Lanka are also participating in the workshop.
Resource Persons: Dr. Martin Bracke, TU Kaiserslautern, Germany Dr. Christian Nessler, TU Kaiserslautern, Germany Dr. SSN Perera, Colombo University, SriLanka Dr. Yudi Soeharyadi, Technical University Bandung, Indonesia
DEPARTMENT OF NATURAL SCIENCES (MATHEMATICS) KATHAMANDU UNIVERSITY
DHULIKHEL, NEPAL September 2-13, 2013 REGISTRATION FORM Name:_________________________________
Contents:
Designation:____________________________
Introduction to Ordinary Differential Equations (ODEs)
Affiliation:_____________________________
Numerics for ODEs
Mailing Address:________________________
Implementation of Numerical Schemes in MATLAB
______________________________________
Introduction to Partial Equations (PDEs)
______________________________________
Differential Telephone Number:______________________
Numerics for PDEs – Classical theory of Elliptic Equations, Finite difference methods for elliptic PDEs in one and two dimensions, Finite difference methods for parabolic PDEs (Horizontal and vertical line methods)
Email:_________________________________
Implementation of Numerical Schemes in MATLAB
Date:
Specialization:__________________________
Signature
Note: Participants can take lunch at KU canteen at reasonable price.