1.    Morapakala Srinivas., B Sravya., Prudhvi Raj S., K S Reddy(2020), Title of Journal: International Journal of Low Carbon Technologies, Title of Paper: Crushing method selection for non-centrifugal sugar production by FAHP–ELECTRE I; SCOPUS, GOOGLE SCHOLAR; SNIP:0.51,SJR:0.47,ImpactFactor:1.622,PP:1-8. DOI: https://doi.org/10.1093/ijlct/ctz081 

2.    Sravya Beeram., Srinivas M., SP Raj., Reddy K. S (2020), Title of the Journal: Journal of Food Process Engineering, Title of the paper: Selection of sustainable juice extraction techniques for non- centrifugal sugar industry using multi-criteria decision-making methods;   SCI, GOOGLE SCHOLAR;  SNIP:0.51,SJR:0.47,ImpactFactor:1.70 DOI: https://doi.org/10.1111/jfpe.13415. 

3.    Reddy, Beeram & Morapakala, Srinivas & Deshmukh, Sandip & Sunkara, Prudhvi. (2020). Selection of suitable and sustainable clarificants and clarification method for non-centrifugal sugar production using MCE. Materials Today: Proceedings.  Volume 28, Part 2, 2020, Pages 893-89

DOI: https://doi.org/10.1016/j.matpr.2019.12.319. 

4.    Louis Francois Marie,, Sunkara Prudhvi Raj, Policherla Venkata Sai, Tara MacLeod1,Morapakala Srinivas, K. Srinivas Reddy and Tadhg Seán O’Donovan, INDEXED, International, Title of Journal: Energy Engineering,  Title of Paper: Solar Thermal Heating and Freeze Concentration for Non-Centrifugal SugarProduction: Design and Performance Analysis, DOI:10.32604/EE.2020.011035,Scopus Indexed, Taylor & Francis 

5.   Morapakala Srinvas, Sunkara Prudhvi Raj , Louis F Marie, K S Reddy, Tadhg S O’Donovan (2019); Title of Journal: Journal of Physics: Conference Series, Title of Paper: Assessment of optimum energy demand for non-centrifugal sugar production through an alternate process;  SCOPUS; GOOGLE SCHOLAR,  Bibilography: VOL NO:1276,ISS NO:1,B.

6.   Vivekh P., Sudhakar M., Srinivas M., Vishwanthkumar V.(2017),INDEXED, International, Title of Journal: International Journal of Low-Carbon Technologies, Title of Paper: Desalination technology selection using multi-criteria evaluation: TOPSIS and PROMETHEE-2;  SCOPUS, WOS, GOOGLE SCHOLAR; SNIP:0.51,SJR:0.47; Impact Factor:1.622; Citation:SCOPUS:7,WOS:5,GOOGLE SCHOLAR:13, Bibilography: VOL NO:12,ISS NO:1,B PAGE:24,E PAGE:35 

7.  Morapakala Srinivas. Viability evaluation of domestic solar hot water systems using two multi criteria evaluation techniques: case study of an urban area in India. Journal of Technological Innovations in Renewable Energy. Volume 2, 2013, PP 76-87. 

8.  Morapakala Srinivas. Fuzzy logic rule based multi-criteria evaluation of viability of domestic solar hot water systems. International Journal of Applied Engineering. Volume 2, 2012, PP 130-143. 

9. Morapakala Srinivas, Domestic solar hot water systems: developments, evaluations and essentials for “viability” with a special reference to India. Renewable & Sustainable Energy Reviews. Volume 15, Issue 8, October 2011, PP 3850-3861

Books

1.      Morapakala Srinivas, R. K Mittal, Data book for heat transfer applications. EDD, BITS, Pilani. 2006