Table 3 Summary of scenarios for SP-13... | Emerald Publishing

Table 3

Summary of scenarios for SP-13 with BM as single stratum

Model property	Scenario A: aged OCR	Scenario B: Figure 13 OCR with offset	Scenario C: c _v increasing with $σ_{v}^{'}$
Top (HBI datum)	99.82 ft (30.44 m)	99.82 ft (30.44 m)	99.82 ft (30.44 m)
Thickness: m	11.58	11.58	11.58
Crust	None	None	None
NCL	$e = 4.30 - 1.14 \log (σ_{v}^{'})$	$e = 4.50 - 1.30 \log (σ_{v}^{'})$	$e = 4.20 - 1.14 \log (σ_{v}^{'})$
OCR or p _c	OCR = 1.18	$p_{c} = 1.05 σ_{v}^{'} + 10 kPa$	OCR = 1.15
c _v	1.3 m²/year	1.7 m²/year	$c_{v} = 0.8 + 0.002 σ_{v}^{'} (kPa)$
Creep	C_α = 0.04	C_α = 0.04	C_α = 0.04

Model property	Scenario A: aged OCR	Scenario B: Figure 13 OCR with offset	Scenario C: c _v increasing with $σ_{v}^{'}$
Top (HBI datum)	99.82 ft (30.44 m)	99.82 ft (30.44 m)	99.82 ft (30.44 m)
Thickness: m	11.58	11.58	11.58
Crust	None	None	None
NCL	$e = 4.30 - 1.14 \log (σ_{v}^{'})$	$e = 4.50 - 1.30 \log (σ_{v}^{'})$	$e = 4.20 - 1.14 \log (σ_{v}^{'})$
OCR or p _c	OCR = 1.18	$p_{c} = 1.05 σ_{v}^{'} + 10 kPa$	OCR = 1.15
c _v	1.3 m²/year	1.7 m²/year	$c_{v} = 0.8 + 0.002 σ_{v}^{'} (kPa)$
Creep	C_α = 0.04	C_α = 0.04	C_α = 0.04

Note: top elevations and stratum thicknesses are initial values