Items where Division is "Structural Integrity Division" and Year is 2015

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Jagannathan, N and Chandra, Anil AR and Manjunatha, CM (2015) Onset-of-growth behavior of mode II delamination in a carbon fiber composite under spectrum fatigue loads. Composite Structures, 132. pp. 477-483. ISSN 1879-1085

Jagannathan, N and Anilchandra, AR and Manjunatha, CM (2015) Influence of micro and nano particulate fillers on the fatigue crack growth rate of an epoxy polymer. Journal of Aerospace Sciences & Technologies, 67 (2B). pp. 317-323.

Jagannathan, N and Anilchandra, AR and Manjunatha, CM (2015) A study on the fatigue performance of a glass fiber-epoxy polymer nanocomposite under random loads. Nanocomposites, 1 (3). pp. 138-144. ISSN 2055-0324

Jagannathan, N and Bojja, R and Revathi, A and Srihari, Shylaja and Manjunatha, CM (2015) Mechanical Properties of a Hybrid Nanocomposite Under Room Temperature and Hot-Wet Environments. Transactions of the Indian Institute of Metals, 68 (3). pp. 363-369. ISSN 09722815

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Khedhar, S and Ramji, M and Chinthapenta, V and Manjunatha, CM (2015) Progressive damage study in an adhesively bonded patch repaired open hole cfrp panel under compressive loading. Journal of Aerospace science and Technologies, 67 (2B). pp. 299-308.

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Manjunatha, CM and Anil Chandra, AR and Jagannathan, N (2015) Fracture and fatigue behavior of polymer nanocomposites - A review. Journal of the Indian Institute of Science, 95 (3). pp. 249-266. ISSN 09704140

Mithuna, BS and Rangavittal, HK and Anilchandra, AR and Bojja, R and Jagannathan, N and Manjunatha, CM (2015) Stiffness degradation behavior of a polymer nanocomposite under constant amplitude fatigue loads. In: PROCEEDINGS OF NATIONAL SEMINAR ON “RESEARCH ASPIRANTS OF NANO MATERIALS AND ITS APPLICATIONS" (NSRANA-2015), 21-22 July, 2015, Bengaluru.

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Suresh Kumar, M and Ambresha, M and Panbarasu, K and Kishore, I and Ranganath, VR (2015) A comparative study of failure features in aerospace grade unidirectional and bidirectional woven CFRP composite laminates under four-point bend fatigue loads. Materialwissenschaft und Werkstofftechnik, 46 (6). pp. 644-651. ISSN 09335137