Research Areas

Oil and Gas Storage and Transportation Engineering

Research Group Introduction

Wang Wei is mainly engaged in teaching and scientific research in the field of oil and gas storage and transportation engineering.

As the person in charge and the backbone of the project, he has presided over more than ten national, provincial and ministerial projects, including general projects, key projects, international cooperation projects, youth projects, National Science and technology major projects, national excellent doctoral thesis author fund, etc.

Publications

[1] Huang HR, Wang W, Peng ZH, et al., The influence of nanocomposite pour point depressant on the crystallization of waxy oil, Fuel, 2018 221:257-268.

[2] Jin H, Wang W, Chang HL, et al., Effects of Salt-Controlled Self-Assembly of Triblock Copolymers F68 on Interaction Forces between Oil Drops in Aqueous Solution, Langmuir, 2017 33:14548-14555.

[3] Jin H, Wang W, Liu FY, et al., Roles of interfacial dynamics in the interaction behaviours between deformable oil droplets, International Journal of Multiphase Flow, 2017 94: 44-52.

[4] Sun WY, Wang W, Xu XX, et al., Study on the wax/asphaltene aggregation with diffusion limited aggregation model, Fuel, 2017 191:106-113.

[5] Yang JH, Wang W, Huang HR, et al., A further discussion on solid-liquid equilibrium in complex synthetic paraffinic systems with the effects of solid-solid transition, Fluid Phase Equilibria, 2017 440:9-18.

[6] Ma QL, Wang W, Liu Y, et al., Wax adsorption at paraffin oil–water interface stabilized by Span80, Colloids and Surfaces A: Physicochemical and Engineering Aspects, 2017 518:73-79.

[7] Liu NN, Wang W, Han JC, et al., A PIV investigation of the effect of disperse phase fraction on the turbulence characteristics of liquid-liquid mixing in a stirred tank. Chemical Engineering Science, 2016 152:528-546.

[8] Yang JH, Wang W, Huang HR, et al., Prediction of solid-liquid equilibrium in paraffinic systems with new solid solution model, Fluid Phase Equilibria, 2016 427:504-512.

[9] Wang W, Li K, Ma MY, Jin H, et al., Review and perspectives of AFM application on the study of deformable drop/bubble interactions, Advances in Colloid and Interface Science, 2015, 225: 88–97.