Test Name

Analysis Method

Test Period

(min)

Aquifer Paramters

Source

Figure Number

Model Type

Derivative Type

Transmissivity

(m2∙s−1)

Storage

(dimen.)

A2

Papadopulus-Cooper

Well-Bore Storage

0 - 60

6.70 × 10−7

0.015

This Study

∙∙∙

Moench 1 & 3

Well-Bore Storage

0 - 60

1.70 × 10−7

0.119

This Study

2

Cooper-Jacob

Leaky

60 - 130

1.95 × 10−6

0.064

This Study

∙∙∙

Hantush A/S

Leaky

60 - 130

8.10 × 10−7

0.001

This Study

2

SVF (F)

Leaky

60 - 130

1.89 × 10−6

4.0 × 10−5

This Study

∙∙∙

Cooper-Jacob

Leaky

130 - 230

3.60 × 10−6

0.002

This Study

∙∙∙

Hantush A/S

Leaky

130 - 230

1.78 × 10−6

0.001

This Study

2

Moench 1 & 3

Leaky

130 - 230

2.53 × 10−6

8.0 × 10−6

This Study

∙∙∙

SVF (F)

Leaky

130 - 230

3.63 × 10−6

3.0 × 10−6

This Study

∙∙∙

A3

SVF (I)

Linear

20 - 200

5.40 × 10−7

0.002

This Study

3

Moench 1 & 3

Leaky

200 - 380

1.15 × 10−6

0.432

This Study

3

Hantush A/S

Leaky

200 - 380

1.07 × 10−6

0.429

This Study

∙∙∙

Cooper-Jacob

Leaky

200 - 380

1.68 × 10−6

0.423

This Study

∙∙∙

A5

Hantush A/s

Leaky

50 - 500

4.00 × 10−7

0.208

This Study

4

Cooper-Jacob

Leaky

50 - 500

6.10 × 10−7

0.207

This Study

∙∙∙

Hantush A/S

Leaky

500 - 800

5.30 × 10−7

0.086

This Study

∙∙∙

Cooper-Jacob

Leaky

500 - 800

9.40 × 10−7

0.053

This Study

∙∙∙

Moench 1 & 3

Leaky

500 - 800

7.30 × 10−7

0.006

This Study

4

Papadopulus-Cooper

Leaky

0 - 860

2.46 × 10−6

7.0 × 10−6

This Study

∙∙∙

Barenblatt

∙∙∙

∙∙∙

7.20 × 10−7

0.13

[10]

∙∙∙

Papadopulus-Cooper

∙∙∙

∙∙∙

2.41 × 10−6

9.0 × 10−6

[3]

∙∙∙