01
| ID | T [°C] | η app [Pa·s] | γ app [1/s] | L/D |
|---|
02
τ app = η app · γ app
Δp = 4 · η app · γ app · (L/D)
Δp = a · (L/D) + b
τ B = (Δp − b) / (4 · L/D)
η B = τ B / γ app
03
n = d ln(τ) / d ln(γ app)
F WR = (3n + 1) / (4n) = (3 + 1/n) / 4
γ WR = γ app · F WR
η WR = τ / γ WR
04
| ID | T [°C] | γ app [1/s] | η app [Pa·s] | L/D | Δp [Pa] | τ B [Pa] | η B [Pa·s] | n | F WR | γ WR [1/s] | η WR [Pa·s] |
|---|