Table 10 Fitted rheological model equations and parameters for BSG polymer.

Power-law model

\(\:\mu\:=k\dot{\gamma\:}\)ⁿ

k = 18.92

n=-0.927

\(\:\mu\:=18.92\dot{\gamma\:}\)^−0.927

R² = 0.998

Ostwald–De Waele model

\(\:\mu\:=kC\)ⁿ

k = 0.0166

n = 1.587

\(\:\mu\:=0.0166C\)^1.587

R² = 0.991

Arrhenius model

\(\:\mu\:=\text{A}\text{e}\text{x}\text{p}\left(\frac{Ea}{R.T}\right)\)

A = 0.0637

Ea = 5703.27

R = 8.314

\(\:\mu\:=0.0637\text{e}\text{x}\text{p}\left(\frac{5703.27}{8.314T}\right)\)

R² = 0.597