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Avadhesh Kumar Sharma

Project Researcher, Nuclear Professional Group, The Univeristy of Tokyo, Japan · Project Researcher

https://researchid.co/avdhruva
@the university of tokyo, japan
48Scopus Publications
517Google Scholar Citations
15Google Scholar h-index
21Google Scholar i10-index

Biography

Experienced Project Researcher specializing in the fields of thermal management and fluid mechanics. Expertise spans both practical experimentation and advanced computational analysis, focusing on effective problem solving. Highly adaptable, thrive in diverse work environments, excelling both as independent contributor and collaborative team member. Career highlights include over 40 international publications, showcasing a strong track record of punctuality and reputation for offering technical guidance and making informed decisions.

Education

• Ph.D. in Mechanical Engineering (Thermal & fluid flow) from Indian Institute of Technology Indore, INDIA, GPA 8.63 (Jan 2020). • Master of Technology (MTech) in Energy from Indian Institute of Technology Jodhpur, INDIA, GPA 7.83 (Sep 2014). • Bachelor of Technology (BTech) in Mechanical Engineering from Government Engineering College Bikaner, INDIA, 65.87% (Aug 2012).

Recent Scopus Publications

  1. Agglomeration-enhanced removal of Greenfield-gap aerosols by electrically charged water mist under varying water spray scrubbing conditions
    Separation and Purification Technology, 2026
  2. High-efficiency hazardous Greenfield gap aerosol removal in reactor decommissioning: Effect of spray configuration on performance of induction-charging spray systems
    Separation and Purification Technology, 2026
  3. Experimental study on submicron aerosol removal under induced flow in severe-accident-affected reactor decommissioning
    Progress in Nuclear Energy, 2026
  4. Efficient control and removal of laser-generated aerosol particles by combining water spray with pre-injection of electrical charged mist for nuclear reactor decommissioning
    Nuclear Science and Techniques, 2026
  5. Study on Aerosol Deposition Characteristics of an Obstacle Structure During Ventilation for Fukushima Daiichi Decommissioning
    Nuclear Technology, 2026

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