+ All Categories
Home > Documents > QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source)...

QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source)...

Date post: 16-Oct-2020
Category:
Upload: others
View: 0 times
Download: 0 times
Share this document with a friend
45
QuakeCoRE Research Accomplishments Annual Meeting 2018 Brendon Bradley (on behalf of the QuakeCoRE community)
Transcript
Page 1: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North

QuakeCoRE Research Accomplishments

Annual Meeting 2018

Brendon Bradley(on behalf of the QuakeCoRE community)

Page 2: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 3: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 4: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 5: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North

Observed

Simulated

North-South East-West Vertical

Wel

ling

ton

Bas

inW

ellin

gto

n R

ock

Page 6: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 7: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North

Hauraki Rift Basin model

NZ Velocity ModelKerepēhi Ft(source)

20 km

3 km

(3.0,1.2)

(1.5,0.4)

( , )

km/s

Ground Motion Simulations of Upper North Island Earthquakes

Wairoa North Fault (M 6.7)

Auckland

Te Poi

offshore

onshore

Kerepehi Fault segments (M 6.6 – 7.4)

PGA, PGV, Ds575 for selected locations and scenarios.

Sth. Auckland exposed to Wairoa N Ft (PGA 0.25g).

Thames and Matamata exposed to Kerepehi Ft events (PGA 0.25-0.75g).

Simulations performed on Kupe with help from

UC (Brendon, Sung, Jonney and others).

Page 8: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 9: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 10: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 11: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 12: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 13: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 14: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 15: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 16: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 17: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 18: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North

S2

S3

S1

Switch

Transformer

Bus

Load

110/20kV 110/20kV

0

1

2

3

4

5 11

10

9

8

7

6

12

13

Page 19: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 20: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 21: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 22: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 23: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 24: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 25: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North

'0.1 10.7p

c g

h PKa f A

θ⎡ ⎤

= −⎢ ⎥⎢ ⎥⎣ ⎦

P

c

α

θb

α-θb

θb *cr s PLεΔ =

0.8cr cr

p cr d d Dθ δ Δ Δ

= = =′−

Page 26: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 27: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 28: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North

Auckland 4-storey

Christchurch/Wellington 4-storey

Sliding hinge joint (MacRae et al. 2010)

Reduced beam sections (Huang et al. 2010)

Wellington 4-storey building loss comparisons

Page 29: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 30: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 31: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 32: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 33: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North

Page 34: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 35: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 36: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 37: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 38: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 39: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 40: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 41: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 42: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 43: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 44: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North
Page 45: QuakeCoRE Research AccomplishmentsHauraki Rift Basin model NZ Velocity Model Kerepēhi Ft (source) 20 km 3 km (3.0,1.2) (1.5,0.4) ( , ) km/s Ground Motion Simulations of Upper North

QuakeCoRE Research Accomplishments

Annual Meeting 2018

Brendon Bradley(on behalf of the QuakeCoRE community)


Recommended