1. RRI Digital Repository

Search


Current filters:

Start a new search
Add filters:

Use filters to refine the search results.

 | 
Results 1-10 of 20 (Search time: 0.012 seconds).
Item hits:
Issue DateTitleAuthor(s)Citation
3-Jun-2015Pre-yield non-affine fuctuations and a hidden critical point in strained crystals.Das, Tamoghna; Ganguly, Saswati; Sengupta, Surajit; Rao, MadanScientifc Reports, 2015, Vol. 5, P10644
10-Aug-1999Arrested states of solidsRao, Madan; Sengupta, SurajitCurrent Science, 1999, Vol. 77, p382-387.
Feb-2000Elastic constants from microscopic strain fluctuationsSengupta, Surajit; Nielaba, Peter; Rao, Madan; Binder, K.Physical Review E, 2000, Vol.61, 1072-1080
Nov-2004A mesoscopic model of a two-dimensional solid state structural transformation: statics and dynamicsRao, Madan; Sengupta, SurajitJournal of Physics - Condensed Matter, 2004, Vol.16, p7733-7752
Apr-2013Nonaffine displacements in crystalline solids in the harmonic limitGanguly, Saswati; Sengupta, Surajit; Sollich, Peter; Rao, MadanPhysical Review E, 2013, Vol.87, p042801
Jan-2014Non-affine fields in solid-solid transformations: the structure and stability of a product droplet.Paul, A.; Sengupta, Surajit; Rao, MadanJournal of Physics: Condensed Matter, 2014, Vol.26, p015007
Feb-2003Statistical mechanics of nucleation in solids: a kinetics driven morphological transitionSengupta, Surajit; Rao, MadanPhysica A: Statistical Mechanics and its Applications, 2003, Vol.318, 251-261
23-Jul-2003Nucleation of solids in solids: ferrites and martensitesRao, Madan; Sengupta, SurajitPhysical Review Letters, 2003, Vol.91, 045502
Jun-2008Non-affine deformations and shape recovery in solids undergoing martensitic transformations in two dimensionsBhattacharya, Jayee; Sengupta, Surajit; Rao, MadanJournal of Statistical Mechanics: Theory and Experiment, 2008, P06003
27-Dec-2005Stress relaxation in a perfect nanocrystal by coherent ejection of lattice layersChaudhuri, Abhishek; Sengupta, Surajit; Rao, MadanPhysical Review Letters, 2005, Vol.95, p266103

Discover