Dr Prajitsen Gulabrao Damle
@sscoetjalgaon.ac.in
Associate Professor in Mechanical Engineering Department
SSBT's College of Engineering and Technology
EDUCATION
Ph.D. (Mechanical Engineering)
RESEARCH, TEACHING, or OTHER INTERESTS
Mechanical Engineering
9
Scopus Publications
69
Scholar Citations
3
Scholar h-index
3
Scholar i10-index
Scopus Publications
- Effect of nano materials for the nano fluids in solar thermal energy: A review on applications in solar collector
Yogeshkumar Pathak, Nilesh P. Salunke, and Prajitsen G. Damle
Elsevier BV - Development of novel hybrid green polymer composites (HGPC) with a combination of biowaste material as fillers
D. V. Lohar, A. M. Nikalje, and P. G. Damle
De Gruyter - Synthesis and characterization of PLA hybrid composites using bio waste fillers
D.V. Lohar, A.M. Nikalje, and P.G. Damle
Elsevier BV - Effect of nano materials for the nano fluids in solar thermal energy: A review on applications in solar collector
Yogeshkumar Pathak, Nilesh P. Salunke, and Prajitsen G. Damle
Elsevier BV - Novel Hybrid Bio Composite PLA Filaments Reinforced with Bio Fillers for 3D Printing
D. V. Lohar, A. M. Nikalje, and P. G. Damle
Springer Nature Singapore - Development and testing of hybrid green polymer composite (HGPC) filaments of PLA reinforced with waste bio fillers
D.V. Lohar, A.M. Nikalje, and P.G. Damle
Elsevier BV - Novel Hybrid Bio Composites of PLA with Waste Bio Fillers
D. V. Lohar, A. M. Nikalje, and P. G. Damle
Springer Nature Singapore - A Review of Hybrid polymer Bio-composites
D.V. Lohar, P.G. Damle, and A.M. Nikalje
IOP Publishing
There is a large scope for polymer composites in various fields of allocations like automotive, aerospace, civil construction materials, marine applications and many more. Developing a biodegradable industry based green materials, sustainable technology and optimal processes with low ecological impact is a general societal objective but this remains a considerable challenge to achieve. Various researchers worked for development of green or bio composites which may include use of bio waste materials like coconut shell, palm fruit, egg shell, sugarcane bagasse, banana fibers, bamboo fibers, etc. There has been less progress in the application of combination or hybridization of bio waste materials as reinforcement materials for producing polymeric composites of desired characteristics. In this paper, review of hybrid polymer Bio composites is carried out in order to identify future scope to develop novel hybrid Polymer Green composite (HPGC) for industrial applications.
RECENT SCHOLAR PUBLICATIONS
- Synthesis and characterization of PLA hybrid composites using bio waste fillers
DV Lohar, AM Nikalje, PG Damle
Materials Today: Proceedings 72, 2155-2162 2023 - Novel Hybrid Bio Composite PLA Filaments Reinforced with Bio Fillers for 3D Printing
DV Lohar, AM Nikalje, PG Damle
Technology Innovation in Mechanical Engineering: Select Proceedings of TIME 2022 - Novel hybrid bio composites of PLA with waste bio fillers
DV Lohar, AM Nikalje, PG Damle
Recent Advances in Manufacturing Processes and Systems: Select Proceedings 2022 - Development and testing of hybrid green polymer composite (HGPC) filaments of PLA reinforced with waste bio fillers
DV Lohar, AM Nikalje, PG Damle
Materials Today: Proceedings 62, 818-824 2022 - A Review of Hybrid polymer Bio-composites
DV Lohar, PG Damle, AM Nikalje
IOP Conference Series: Materials Science and Engineering 810 (1), 012001 2020 - Experimental Investigation and Formulation of Model of Deburring Process of Mat Manufacturing
PG Damle, VP Wani, ID Patil, AM Nikalje
Age 32 (8.19), 47-18 2017 - Experimental Investigation and Formulation of Model of Deburring Process of Mat Manufacturing
DIDP Prajitsen G. Damle 1* , Dr. V. P. Wani 2
Int. Journal of Engineering Research and Application 7 (6), 09-13 2017 - Ergonomic Evaluation & Assessment of Working Posture of Workers Working in Small Scale Industry
DIDP Prajitsen G. Damle, Dr. Vijaykumar P. Wani
Industrial ENgineering 8 (7), 13-15 2015 - Ergonomic considerations in workstation design for deburring process at mat manufacturing
PG Damle, VP Wani, ID Patil
Int J Innovat Eng Tech 6, 100-4 2015 - Productivity Improvement in MSME’s Through Academic Intervention: a special reference to Mat Manufacturing Units from Jalgaon M.I.D.C.
DVPW Prajitsen G. Damle 1*
National Conference on Recent Trends in Mechanical ENgineering 2013 - Review of design of hybrid aluminum/composite drive shaft for automobile
BK Suryawanshi, PG Damle
Int. J. Innov. Technol. Explor. Eng 2, 259-266 2013 - Taguchi and ANOVA Analysis of Deburring Process Parameters of PP Mat
PG Damle, VP Wani, ID Patil
MOST CITED SCHOLAR PUBLICATIONS
- Review of design of hybrid aluminum/composite drive shaft for automobile
BK Suryawanshi, PG Damle
Int. J. Innov. Technol. Explor. Eng 2, 259-266 2013
Citations: 33 - Development and testing of hybrid green polymer composite (HGPC) filaments of PLA reinforced with waste bio fillers
DV Lohar, AM Nikalje, PG Damle
Materials Today: Proceedings 62, 818-824 2022
Citations: 21 - Synthesis and characterization of PLA hybrid composites using bio waste fillers
DV Lohar, AM Nikalje, PG Damle
Materials Today: Proceedings 72, 2155-2162 2023
Citations: 10 - Novel hybrid bio composites of PLA with waste bio fillers
DV Lohar, AM Nikalje, PG Damle
Recent Advances in Manufacturing Processes and Systems: Select Proceedings 2022
Citations: 3 - A Review of Hybrid polymer Bio-composites
DV Lohar, PG Damle, AM Nikalje
IOP Conference Series: Materials Science and Engineering 810 (1), 012001 2020
Citations: 1 - Ergonomic considerations in workstation design for deburring process at mat manufacturing
PG Damle, VP Wani, ID Patil
Int J Innovat Eng Tech 6, 100-4 2015
Citations: 1