4th International Congress on Computational Mechanics and simulation

 4th International Congress on Computational Mechanics and Simulation

INDIA from 10-12 December 2012

 [The last three congresses were held very successfully
at IITK, IITG and IITB respectively]

 Is jointly being organized by

Indian Institute of Technology Hyderabad (IIT H)

 and

 Indian Association for Computational Mechanics
(IndACM)[affiliated to IACM]

The submission of abstracts to 4th International
Congress on Computational Mechanics ( ICCMS12) is now open. 

A 2-A4 page extended abstract write-up (about 600 words) is
required to be submitted with the following format

1 in margin on all sides, Single line spacing; Use Arial
Narrow font, Title font size [14pt], author/s’ name/s font size [12pt],
Single-line spacing between title and authors’ names, complete affiliation/s
and e-mail addresses font size [11pt] centrally placed at the top, single-line
spacing between e-mail addresses and body of the text, no indent)  with about
5 important references [ASME J Appl Mech style], Arial Narrow, 10pt 
  

Deadline is 30 April 2012 via e-mail [ATTACHMENT:
MSWordfile.doc] to

iccms12@iith.ac.in

 IMPORTANT DATES

    30 April  2012: 2-page extended abstract submission

    01 June 2012: Notification of acceptance

    31 August  2012: Full-length paper

    10-12 Dec 2012: Congress at IIT Hyderabad

 More detailed information about the congress is now
available at

http://www.iith.ac.in/~iccms12/

Themes:

            
 1.    Computational Solid and Structural
Mechanics

   
                     §  Fracture and damage
mechanics

   
                     
§  Fatigue and Failure   

                         
§  Geomechanics

   
                     
§ Biomechanics and Bio molecular simulation

   
                     
§ Porous media mechanics

   
                     
§  Vibration and control of smart structures

   
                     
§  Micro mechanics and Nano-mechanics

   
                     
§  Smart structures, Structural Health Monitoring

   
                     
§  Material / Constitutive modeling

                         
§  Tribology

   
                     
§  Simulation of processes and Manufacturing, Metal forming

   
                     
§  Dynamics, Blast, Impact, Transient and Multibody dynamics

   
                     
§   Homogenization & Multiscale, Multiphysics
and   Multibody modeling

   
                     
§  Fluid – Structure Interaction

   
           2.  
Computational Methods

                         
§  Finite element methods, Boundary element methods

   
                     
§  Meshless methods, Natural Element Method, XFEM/ GFEM

   
                     
§  Discrete element method,  Wavelet methods, Particle methods

                        
§ Ab- initio and first principles method

   
                     
§  High Performance computing,  Isogeometric Analysis

                         
§ Finite difference and Finite volume methods

       
                 
§  Uncertainty quantification, stochastic analysis

   
                     
§  Inverse problems and Optimization

              
3.    Computational Materials

    
                     §
Polymers

   
                     
§  Composites

   
                     
§  Metals and Alloys

   
                     
§  Meta Materials

   
                     
§  Granular Materials

   
                     
§  Adaptive functional materials/ Smart materials

             
4.    Computational Fluid Dynamics

   
               
§ Turbulence modeling

                    §
Transport processes

   
               
§  DNS and LES

   
               
§  Biological fluid dynamics

   
               
§  Lattice Boltzmann methods

   
               
§  Multi-phase flow

   
               
§  MEMS, Fuel cell, Microfluidics