Radhakrishna, M.
M. Radhakrishna is a chief scientist and head of the mechanical design and engineering group at CSIR. He has more than 25 years of experience in the mechanical design of process equipment, design and analysis of piping systems, detailed and project engineering of process plants, design audit of components conforming to ASME Division 2 requirements, and process safety management of chemical plants. His research interests include the dynamics of pipes and expansion bellows. He has also developed theoretical models that compute vibrations of pipes and bellows for different boundary conditions considering pressure, welding, temperature and velocity effects. Dr. Radhakrishna holds a PhD in mechanical engineering from Osmania University, an MS degree in mechanical engineering from Jawaharlal Nehru Technological University and a BS degree in mechanical engineering from Osmania University.
Experimental study of flow-induced pipe vibrations with guided end conditions
A study has been performed on the vibrations and stability of fluid-conveying pipes with guided ends. Guided ends are the most common type of pipe ends, as they enable the pipe to have free movement.
- 1
- ... 1 pages
- Asia refineries, petchem firms cut runs as Middle East conflict disrupts feedstock supplies 3/6
- Hungary's MOL says capacity tests on Adria pipeline to start next week 3/6
- Brazil's antitrust watchdog approves private equity firm's controlling stake purchase in Braskem 3/6
- Shell-CNOOC China JV to close 1.2-MMtpy steam cracker due to feedstock disruption 3/6
- India invokes emergency powers, orders refiners to boost LPG output 3/6
- Russia gets export boost from Iran war as price of oil to India surges 3/6
