Tony Murmu
20092018

Research activity per year

Personal profile

Overview

Dr Murmu is Lecturer in Mechanical Engineering, School of Engineering and Computing, University of     the  West of Scotland, UK. Following is his research overview 

  • Researcher’s H-Index’: 27 (Google Citations, Scopus) 
  • i10-index: 39
  • No of Research Journal Papers: 49
  • No of Citations (5 years) of international journal’s articles: 2200+(Web of Science, Google citations)
  • Most research articles are in sciencedirect.com TOP25 
  • Among fastest PhD in Aerospace Dept, IIT Kharagpur 
  • Recipient of The President of India Prize, 2010
  • Authored a book ‘Non-local Structural Mechanics’ inISTE-John Wiley Publications, 2015
  • Associate Editor, Journal: Shock and Vibration, Hindwai Publication
  • PGCertTLHE (2016, UWS)

Area of academic expertise - outline

Dr Murmu is the winner of the prestigious IRCSET (Irish Research Council for Science, Engineering & Technology) EMPOWER Postdoc Fellowship for 2011 (Ireland).

Dr Murmu obtained his PhD from IIT Kharagpur, India. His research during his PhD was on Small-Size Effects in the Vibration and Buckling of Nano-scale Structures based on Nonlocal Elasticity

His present research focus is in understanding structural engineering at nanoscale and make suitable associated computational and analytical models to bridge across multiple scales. 

Desired research direction

Dr Murmu's research areas are   multidisciplinary   in nature   and include   Composites, Theory at Nanoscale;    Nonlocal Elasticity; Graphene;   CNTs; Bucky balls;   Fracture and Fatigue; Nanostructures, Functionally Graded Materials, Nanocomposites; DQM. 

Target collaborative organisations

Swansea University, Wales United Kingdom

University of Limerick, Ireland

Mathematical Institute of the Serbian Academy of Sciences and Arts, Kneza Mihaila 36, 11001, Belgrade, Serbia

Manchester University

 

Fingerprint

Dive into the research topics where Tony Murmu is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
  • 1 Similar Profiles