Sheet piling and installation method
A sheet piling for mandrel-installed engagement with an identical adjacent sheet piling. The mandrel has a guide hook and a rotating toe protector. The sheet piling has a female interlocking feature with a pair of hooks and an engagement hook for releasably engaging the mandrel guide hook. The sheet piling also has a male interlocking feature with a pair of hooks configured to engage the pair of female hooks of an adjacent sheet piling in a multi-piling wall structure.
1. A system for installation of a sheet piling into a substrate, the system comprising:
an installation mandrel comprising a substantially rigid elongate member having a top end, a toe end and first and second sides, and defining a lengthwise dimension between the top end and the toe end, the first side of the installation mandrel comprising an alignment hook extending longitudinally in the lengthwise dimension along at least a portion of its length, and the second side comprising a substantially enclosed channel extending longitudinally in the lengthwise dimension along at least a portion of its length, and further comprising a toe plate pivotally mounted at the toe end for movement between a first position covering the toe end of the channel and a second position not covering the toe end of the channel; and
a sheet piling comprising a top end, a bottom end for driving into the substrate, leading and trailing sides, and a body configured to releasably mount onto the installation mandrel, the leading side of the sheet piling comprising an alignment flange for longitudinal sliding engagement in the lengthwise dimension along the installation mandrel alignment hook, a first coupling profile configured to be received within and slide longitudinally in the lengthwise dimension through the substantially enclosed channel of the installation mandrel, and the trailing side of the sheet piling comprising a second coupling profile extending longitudinally in the lengthwise dimension along at least a portion of its length.
2. The sheet piling installation system of claim 1 , wherein the first and second coupling profiles of the sheet piling comprise multi-lock profiles each having a plurality of coupling flanges configured for interengagement of a first coupling profile of a first sheet piling with a second coupling profile of a second sheet piling to form a multi-piling wall assembly.
3. The sheet piling installation system of claim 2 , wherein the first and second multi-lock profiles each comprise a pair of coupling flanges.
4. The sheet piling installation system of claim 2 , further comprising a sealant disposed within the coupling flanges of the first coupling profile on the leading side of the sheet piling.
5. The sheet piling installation system of claim 1 , further comprising a corner coupling for attachment of first and second sheet piling members at an offset angle, the corner coupling comprising a first corner coupling profile for longitudinally sliding engagement with the first coupling profile of the first sheet piling member and a second corner coupling profile for longitudinally sliding engagement with the second coupling profile of the second sheet piling member.
6. The sheet piling installation system of claim 5 , wherein the corner coupling is reversible between a first orientation corresponding to a right-hand corner and a second orientation corresponding to a left-hand corner.
7. The sheet piling installation system of claim 1 , wherein the alignment hook of the installation mandrel comprises a sensor, and the alignment flange of the sheet piling comprises at least one tag compatible with the sensor to confirm integrity of an attachment between sheet pilings within a multi-piling structure at a depth within the substrate.
8. A system for installation of a sheet piling into a substrate, the system comprising:
an installation mandrel comprising a substantially rigid elongate member having a top end, a toe end and first and second sides, and defining a lengthwise dimension between the top end and the toe end, the first side of the installation mandrel comprising an alignment hook extending longitudinally in the lengthwise dimension along at least a portion of its length, and the second side comprising a substantially enclosed channel extending longitudinally in the lengthwise dimension along at least a portion of its length, and further comprising a toe plate pivotally mounted at the toe end for movement between a first position covering the toe end of the channel and a second position not covering the toe end of the channel; and
a sheet piling comprising a top end, a bottom end for driving into the substrate, leading and trailing sides, and a body configured to releasably mount onto the installation mandrel, the leading side of the sheet piling comprising an alignment flange for longitudinal sliding engagement in the lengthwise dimension along the installation mandrel alignment hook, a first coupling profile configured to be received within and slide longitudinally in the lengthwise dimension through the substantially enclosed channel of the installation mandrel, and the trailing side of the sheet piling comprising a second coupling profile extending longitudinally in the lengthwise dimension along at least a portion of its length; and
wherein the first and second coupling profiles of the sheet piling comprise multi-lock profiles each having a plurality of coupling flanges configured for interengagement of a first coupling profile of a first sheet piling with a second coupling profile of a second sheet piling to form a multi-piling wall assembly.
9. The sheet piling installation system of claim 8 , wherein the first and second multi-lock profiles each comprise a pair of coupling flanges.
10. The sheet piling installation system of claim 9 , further comprising a sealant disposed within the coupling flanges of the first coupling profile on the leading side of the sheet piling.
11. The sheet piling installation system of claim 8 , further comprising a corner coupling for attachment of first and second sheet piling members at an offset angle, the corner coupling comprising a first corner coupling profile for longitudinally sliding engagement with the first coupling profile of the first sheet piling member and a second corner coupling profile for longitudinally sliding engagement with the second coupling profile of the second sheet piling member.
12. The sheet piling installation system of claim 11 , wherein the corner coupling is reversible between a first orientation corresponding to a right-hand corner and a second orientation corresponding to a left-hand corner.
13. The sheet piling installation system of claim 8 , wherein the alignment hook of the installation mandrel comprises a sensor, and the alignment flange of the sheet piling comprises at least one tag compatible with the sensor to confirm integrity of an attachment between sheet pilings within a multi-piling structure at a depth within the substrate.
14. A system for installation of a sheet piling into a substrate, the system comprising:
an installation mandrel comprising a substantially rigid elongate member having a top end, a toe end and first and second sides, and defining a lengthwise dimension between the top end and the toe end, the first side of the installation mandrel comprising an alignment hook extending longitudinally in the lengthwise dimension along at least a portion of its length, and the second side comprising a substantially enclosed channel extending longitudinally in the lengthwise dimension along at least a portion of its length, and further comprising a toe plate pivotally mounted at the toe end for movement between a first position covering the toe end of the channel and a second position not covering the toe end of the channel; and
a sheet piling comprising a top end, a bottom end for driving into the substrate, leading and trailing sides, and a body configured to releasably mount onto the installation mandrel, the leading side of the sheet piling comprising an alignment flange for longitudinal sliding engagement in the lengthwise dimension along the installation mandrel alignment hook, a first coupling profile configured to be received within and slide longitudinally in the lengthwise dimension through the substantially enclosed channel of the installation mandrel, and the trailing side of the sheet piling comprising a second coupling profile extending longitudinally in the lengthwise dimension along at least a portion of its length; and
a sealant disposed within the first coupling profile on the leading side of the sheet piling.
15. The sheet piling installation system of claim 14 , wherein the first and second coupling profiles of the sheet piling comprise multi-lock profiles each having a plurality of coupling flanges configured for interengagement of a first coupling profile of a first sheet piling with a second coupling profile of a second sheet piling to form a multi-piling wall assembly.
16. The sheet piling installation system of claim 15 , wherein the first and second multi-lock profiles each comprise a pair of coupling flanges.
17. The sheet piling installation system of claim 14 , further comprising a corner coupling for attachment of first and second sheet piling members at an offset angle, the corner coupling comprising a first corner coupling profile for longitudinally sliding engagement with the first coupling profile of the first sheet piling member and a second corner coupling profile for longitudinally sliding engagement with the second coupling profile of the second sheet piling member.
18. The sheet piling installation system of claim 17 , wherein the corner coupling is reversible between a first orientation corresponding to a right-hand corner and a second orientation corresponding to a left-hand corner.
19. The sheet piling installation system of claim 14 , wherein the alignment hook of the installation mandrel comprises a sensor, and the alignment flange of the sheet piling comprises at least one tag compatible with the sensor to confirm integrity of an attachment between sheet pilings within a multi-piling structure at a depth within the substrate.