R. Krishnan is affiliated with Virginia Tech in the United States and has contributed to various research fields spanning engineering, biotechnology, and health sciences. Their work is positioned at the intersection of technical innovation and health-related applications, as evidenced by their diverse publication record and research topics.
The scientist's research output includes studies on dementia and cognitive impairment, enzyme production and characterization, and power systems engineering. Their focus on health is reflected in topics such as dementia, cognitive aging, and probiotics, while their engineering contributions involve microgrid control, frequency control, and renewable energy system stability.
Recent publications by R. Krishnan cover a range of interdisciplinary subjects:
These papers indicate an engagement with both life sciences and engineering disciplines. The Alzheimer's disease detection toolbox research falls under psychiatry and mental health, while work on dextran production relates to food science, biotechnology, and nutrition. The study on battery energy storage contributes to engineering fields concerned with renewable energy and power system stability.
Collaborations are an integral part of R. Krishnan's research. Frequent coauthors include:
The venues where Krishnan frequently publishes reflect the diversity of their work:
Main fields of study include engineering, with subfields extending into psychiatry and mental health, health toxicology and mutagenesis, biotechnology, nutrition and dietetics, and food science. Their research topics highlight an integration of multiple scientific domains:
R Krishnan
P. Pillay;R. Krishnan
P. Pillay;R. Krishnan
Ramu Krishnan
Marian P. Kazmierkowski;R. Krishnan;Frede Blaabjerg
P. Pillay;R. Krishnan
P. Pillay;R. Krishnan
R. Krishnan
P. Pillay;R. Krishnan
R. Krishnan;Frank C. Doran
K. Sitapati;R. Krishnan
R. Krishnan;R. Arumugan;J.F. Lindsay
R. Krishnan;A.S. Bharadwaj
P. Vijayraghavan;R. Krishnan
P.N. Materu;R. Krishnan
Hong Sun Lim;R. Krishnan
Hong Sun Lim;R. Krishnan;N.S. Lobo
Byeong-Seok Lee;Han-Kyung Bae;P. Vijayraghavan;R. Krishnan
C.A. Hudson;N.S. Lobo;R. Krishnan
Cheewoo Lee;R. Krishnan;N.S. Lobo
N.S. Lobo;Hong Sun Lim;R. Krishnan
If you think any of the details on this page are incorrect, let us know.
For those pursuing Electronics and Electrical Engineering, flexibility in education can be crucial. Many students benefit from competency based programs, which allow learners to advance by demonstrating skills they already possess. This personalized approach accelerates graduation for students with prior knowledge or experience.
Military spouses and dependents often face unique challenges when continuing education. Thankfully, several online universities for military spouses offer tailored support and flexible scheduling to accommodate their lifestyle and commitments.
Starting dates can impact how quickly you embark on your degree. Many students appreciate applying to online colleges with weekly start dates, which provide the freedom to begin coursework without waiting for traditional semester timelines.
For those interested in fast entry into the workforce, 6 month programs offer compact, career-focused certifications that lead to promising job opportunities in technical fields related to electronics and electrical engineering.
Chinese Academy of Sciences
Ruhr University Bochum
Shenzhen University
University of Kentucky
Zhejiang University
RMIT University
National Autonomous University of Mexico
National Geophysical Research Institute
Khalifa University
University of Twente
University of Castilla-La Mancha
London School of Economics and Political Science
Federal Institute For Materials Research and Testing
University of Southern California
Tampere University
Stanford University