Dr Bidur Khanal
Faculties, departments and locations
- Faculty of Engineering, Computing and the Environment
- Department of Aerospace and Aircraft Engineering
- School of Engineering
- Roehampton Vale
Head of Department, Department of Aerospace and Aircraft Engineering
- Email:
- [email protected]
- Phone number:
- 0208 417 5534
About
Dr Bidur Khanal is Head of Department for Aerospace and Aircraft Engineering, he joined Kingston in August 2024 from MBDA Missile Systems, UK. In MBDA, Dr Khanal was the Team Lead in Simulation and Modelling Department, where he led one of the largest team of engineers. Prior to MBDA, Dr Khanal spent over 4 years at Coventry University as a senior lecturer in aerospace engineering. Before joining Coventry, he was working at Cranfield University’s Centre for Defence Engineering as a lecturer in Complex Weapons.
Dr Khanal graduated from Royal Military College of Science, Cranfield University with a BEng (First Class Honours) in Aeromechanical Systems Engineering in 2004. He has an MPhil on Computational Aeroacoustics from University of Southampton, and a PhD in aerodynamics (2010) for his research in the noise generation mechanism in transonic cavities with missiles from Cranfield University. He was recipient of several national and international awards/scholarships during his time as a student in the UK.
After PhD, he was appointed as a postdoc in turbomachinery research at Department of Engineering Science, University of Oxford. He was based at Rolls-Royce University Technology Centre at Oxford. After spending over two and half years at Oxford, he joined GE Power as an aerodynamic methods and tools engineer in Research and Development (R&D) department. At GE, his main responsibilities were in the development of computational tools for the aerodynamic design/optimisation of turbine blades.
Dr Khanal is a Chartered Engineer (CEng) and a Fellow of Royal Aeronautical Society, UK. He is also a Fellow of the Higher Education Academy, UK. He has delivered lectures as an invited speaker at various forums in the UK and internationally. His research interests are on investigations of problems in high speed aerodynamics, non-linear heat transfer and turbomachinery using high fidelity computational methods.
Dr Khanal is passionate about offering industry-informed engineering courses. His own academic journey has had industry involvement right from his undergraduate time, his undergraduate final year project was sponsored by Advantage-CFD, Aerodynamic Design Department of British Formula One team, BAR Honda. During his time at Southampton, his research was sponsored by Airbus. He is driven to further expand Kingston University’s focus on continuing to deliver Aerospace Engineering courses which are in tune with the industry.
Qualifications
- PhD Computational Aerodynamics and Aeroacoustics, Cranfield University
- MPhil Computational Aeroacoustics, University of Southampton
- BEng (Hons) Aeromechanical Systems Engineering, Royal Military College of Science, Cranfield University
- PGCert in Academic Practice
Domains
Dr Khanal teaches several core aerospace topics which include Aerospace Technology, Flight Dynamics and Control, Aerospace Propulsion, Machine Learning and AI for Aerospace Applications etc.
Qualifications
- Fellow of Advanced HE
- Fellow of Royal Aeronautical Society, UK
- Chartered Engineer of UK Engineering Council
Courses taught
In broader term, Dr Khanal's research interests are on unsteady aerodynamics, aeroacoustics, turbulence modelling, turbomachinery, flow control and heat transfer. Specifically, his expertise are on the use of computational methods to solve complex unsteady aerodynamics and aerothermodynamics problems.
Publications
An efficiently parallelized high-order aeroacoustics solver using a characteristic-based multi-block interface treatment and optimized compact finite differencing
Khanal, Bidur, Saddington, Alistair and Knowles, Kevin, 2017, Aerospace (4), 2, pp 29
Influence of fluid temperature gradient on the flow within the shaft gap of a PLR pump
Qian, W., Rosic, B., Zhang, Q. and Khanal, B., 2016, Heat and Mass Transfer (52), 3, pp 469-481
Effect of nozzle guide vane lean under influence of inlet temperature traverse
Rahim, A., Khanal, B., He, L. and Romero, E., 2014, Journal of Turbomachinery (136), 7, pp TURBO-13-1155
Analysis of radial migration of hot-streak in swirling flow through high-pressure turbine stage
Khanal, B., He, L., Northall, J. and Adami, P., 2013, Journal of Turbomachinery (135), 4, pp TURBO-12-1089
Computational investigation of cavity flow control using a passive device
Khanal, B., Knowles, K. and Saddington, A. J., 2012, The Aeronautical Journal (116), 1176, pp 153-174
Computational study of flowfield characteristics in cavities with stores
Khanal, B., Knowles, K. and Saddington, A. J., 2011, The Aeronautical Journal (115), 1173, pp 669-681
Mathematically consistent boundary conditions and turbulence matching at block interfaces for computational aeroacoustics
Khanal, B., Knowles, K. and Saddington, A.J., 2011, International Journal of Computational Fluid Dynamics (25), 8, pp 449-468