Profile of Abhinendra Singh    

Macromolecular Science and Engineering
Case Western Reserve University
Cleveland, OH 44106
 
Email Abhinendra Singh

Number of Papers = 7           

Click on + button to add to My Program. Click Refresh to view changes made outside this page.

Paper No. Paper Details Presenter
DP15
 
 Investigating the impact of rolling friction on dense suspensions: A network science approach
Shweta Sharma, Caroline Kier, Abhishek Sharma and Abhinendra Singh
Tuesday    10:50    Waterloo 5 (Track 3)		 N
DP17
 
 Investigating the microstructure of attractive and frictional dense suspensions via shear reversal
Ryan Pappalardo, Michel Orsi and Abhinendra Singh
Tuesday    11:30    Waterloo 5 (Track 3)		 Y
DR7
 
 Graph neural network in prediction of force chain networks in dense suspensions. Part 1: scalability and methods
Armin Aminimajd, Joao Maia and Abhinendra Singh
Wednesday    1:30    Room 501 (Track 6)		 N
DR8
 
 Graph neural network in prediction of force chain networks in dense suspensions. Part 2: rheological perspective
Armin Aminimajd, Joao Maia and Abhinendra Singh
Wednesday    1:50    Room 501 (Track 6)		 N
GR15
 
 Rock and “roll” of friction in microstructural description of shear jamming in dense suspensions
Shweta Sharma, Abhishek Sharma and Abhinendra Singh
Wednesday    6:30    Waterloo 3 & 4 (Gallery of Rheology)		 N
PO29
 
 Characterizing the microstructure of shear jammed dense suspensions: A Network Science Approach
Shweta Sharma, Abhishek Sharma and Abhinendra Singh
Wednesday    6:30    Waterloo 3 & 4 (Poster Session)		 N
PO31
 
 Extrapolation and interpolation of force chain networks in dense suspensions employing graph neural network
Armin Aminimajd, Joao Maia and Abhinendra Singh
Wednesday    6:30    Waterloo 3 & 4 (Poster Session)		 N