Welcome Assoc. Prof. Bukhari Manshoor from Universiti Tun Hussein Onn Malaysia to be committee member!

Assoc. Prof. Bukhari Manshoor from Universiti Tun Hussein Onn Malaysia

Research Area:

- Flow Measurement

- Mixture Formation

- Combustion Process, Characteristics and Emissions Production

- Computational Aeroacoustic (CAA)

- Computational Fluid Dynamics (CFD)

Research experience:

PROFESIONAL CERTIFICATE/PROFESIONAL MEMBERSHIP

- Chartered Engineer, Engineering Council, United Kingdom (Reg. No: 662848)

- Professional Technologies, Malaysia Board of Technology (MBOT) (PT19030148)

- Member of The Institution of Engineering and Technology (IET) (70996226)

- Member of Technological Association of Malaysia (TAM) (M 7475)

- Graduate Engineer, Institute of Engineer Malaysia (IEM) (22054 - since 2012)

- Member of International Association of Engineers (IAENG) (108681 – since 2010)

RESEARCH AND CONSULTANCY ACTIVITIES

- Leader: Assessment of Hybrid RANS/LES Simulation in Computational Aeroacoustics by

using DNS Data, Collaboration Research UTHM, Tohoku University Japan and Mississippi

State University, USA (Under post-doctoral research scholarship)

- Leader: Effect Of Fractal-Grid Generated Turbulence On The Structure Of Premixed Flames

For Low Pollutant Emissions In Combustion, ERGS Vote E033 (2013-2016)

- Leader: New external combustion regimes - Exploration on the new concept of rapid NGF-

water-air premixing injector in burner system for SMEs in Malaysia, MTUN-CoE grant, Vote:

C010 (2012-2014)

- Leader: Sustainable non-traditional machining process for composite tool, MTUN-CoE

grant, Vote: C027 (2012 - 2014)

- Leader: A new approach in determine of the coefficient of variation (COV) for internal

rapid mixing using a space filling circle grid fractal for improving a combustion burning

limits, FRGS Vote: 1056 (2012-2014)

- Co-Researcher: Combustion heat release rate of retrofit mono-gas combustion using new

injection strategies, FRGS Vote: 1055 (2012-2014)

- Co-Researcher: Exploration the New Concept of Mixture Formation during Early Stage of

Burning Process in Bio-Diesel Combustion, FRGS Vote: 1055 (2012-2014)

- Leader: Improvement of Pump Performance using Reverse Engineering Process , Short

Term Grant, (2007-2008)