Cheng, Z. Et Al. 2018. Approximate methodology to account for effects of coherent structures on sediment entrainment in RANS simulations with a movable bed and applications to pier scour. ADVANCES IN WATER RESOURCES , vol.120 , 65-82.

Cheng, Z., KÖKEN, M., & Constantinescu, G., (2018). Approximate methodology to account for effects of coherent structures on sediment entrainment in RANS simulations with a movable bed and applications to pier scour. ADVANCES IN WATER RESOURCES , vol.120, 65-82.

Cheng, Zhengyang, METE KÖKEN, And George Constantinescu. "Approximate methodology to account for effects of coherent structures on sediment entrainment in RANS simulations with a movable bed and applications to pier scour," ADVANCES IN WATER RESOURCES , vol.120, 65-82, 2018

Cheng, Zhengyang Et Al. "Approximate methodology to account for effects of coherent structures on sediment entrainment in RANS simulations with a movable bed and applications to pier scour." ADVANCES IN WATER RESOURCES , vol.120, pp.65-82, 2018

Cheng, Z. KÖKEN, M. And Constantinescu, G. (2018) . "Approximate methodology to account for effects of coherent structures on sediment entrainment in RANS simulations with a movable bed and applications to pier scour." ADVANCES IN WATER RESOURCES , vol.120, pp.65-82.

@article{article, author={Zhengyang Cheng Et Al. }, title={Approximate methodology to account for effects of coherent structures on sediment entrainment in RANS simulations with a movable bed and applications to pier scour}, journal={ADVANCES IN WATER RESOURCES}, year=2018, pages={65-82} }