Browsing Faculty of Engineering by Author "Tang, A."

Now showing items 1-5 of 5

The characteristics of pure heterogeneous reaction for H2/Air mixture in the micro-combustors with different thermophysical properties.

Zhang, Y.; Pan, J.; Lu, Z.; Tang, A.; Zhu, Y.; Bani, S. (Applied Thermal Engineering, 2018)

This paper investigated the characteristics of pure heterogeneous reaction for H2/Air mixture under different wall thermophysical conditions namely; thermal conductivity, convective heat transfer and thermal capacity. The ...
Effects of inlet parameters on combustion characteristics of premixed CH4/Air in micro channels.

Zhang, Y.; Pan, J.; Tang, A.; Lu, Q.; Zha, Z.; & Bani, S. (Journal of the Energy Institute, 2019)

In order to improve the stability of combustion and the working performance of the micro-combustor, this paper focuses on the effects of inlet parameters such as inlet temperature, mass flow rate and equivalence ratio. ...
Hetero-/homogeneous combustion characteristics of premixed hydrogen-air mixture in a planar micro-reactor with catalyst segmentation

Pan, J.; Lu, Q.; Bani, S.; Tang, A.; Yang, W.; Shao, X. (Chemical Engineering Science, 2017)

Numerical simulation of stoichiometric hydrogen-air premixed flame in a platinum-coated micro channel was performed to investigate hetero-/homogeneous combustion characteristics. An elliptical two-dimensional (2D) Computational ...
Micro combustion in a porous Media for thermophotovoltaic power generation.

Bani, S.; Pan, J.; Tang, A.; Lu, Q.; Zhang, Y. (Applied Thermal Engineering, 2018)

This work delved into porous media combustion (PMC) TPV with H2/O2 as fuel with much focus on experiment and numerical assessment of the TPV generator. The effects of some major parameters on PMC namely flow velocity, ...
Numerical investigation of key parameters of the porous Media combustion based micro-thermophotovoltaic system.

Bani, S.; Pan, J.; Tang, A.; Lu, Q.; Zhang, Y. (Energy, 2018)

Power generation with porous media driven Micro-Thermophotovoltaic (MTPV) was investigated and effects of changes to key parameters of the system investigated. The micro combustor had the dimensions of length–15 mm, ...

Browsing Faculty of Engineering by Author "Tang, A."

Browsing Faculty of Engineering by Author "Tang, A."

Search ATU Infohub

Browse

All of ATU Infohub

This Community

My Account