Table 2.

Summary of the analytical techniques in self-compacting concrete modeling.

Literature	Numerical technique	Rheology	Flowability
Güneyisi et al.31	H–BM & MBM	Yield stress and shear rate	Slump flow
Güneyisi et al.32	H–BM & MBM	Shear rate	Slump, V-funnel, and L-box flows
Feys et al.33	BM, H–BM & MBM	Shear rate	Slump flow
Li et al.34	LBM	–	Slump flow
Qui and Han35	LBM & H–B	–	Slump and L-box flow
Mu et al.36	LBM & H–B	Yield stress, power law index, and consistency index	U-box passing ability
Kabagire et al.37	KD & COT	Plastic viscosity and yield stress	Slump flow
Kabagire et al.38	MKD & MCOT	Plastic viscosity and yield stress	Slump flow
Huang et al.39	MBM	Yield stress, viscosity, and shear rate	–
Campos and Maciel40	BM, MBM, H–BM	Shear rate	Slump flow
Rehman et al.41	BM, MBM, H–BM , & CM	Yield stress, viscosity and shear rate	Flow trend
Talebet al.42	MBM & H–BM	Yield stress and plastic viscosity	–
Petersson et al.43	BM	Yield stress and plastic viscosity	Slump and L-box flow
Zhaidarbek et al.44	KKM to H–BM & MBM	Shear rate	Flow rate
Shin et al.45	VFM	Yield stress	Slump flow
Hosseinpoor et al.46	CFD-DBT	–	L-box flow
Onyelowe et al.47	BT & CT	–	L-box flow
Onyelowe et al.48	BT & CT	–	V-funnel flow
Mahmoodzadeh and Chidiac49	NRM-CM	Yield stress and plastic viscosity	–
Benaicha et al.50	Analytical	Yield stress and plastic viscosity	V-funnel/horizontal channel system
Benaicha51	Abacus	Yield stress and plastic viscosity	V-funnel, L-box, and Slump cone