A pile array assembly system for use in interaction with ground soil supporting and adjacent to footing attached or proximate to a ground surface structure, for reduced soil liquefaction and providing greater stability in the event of an earthquake or other seismic disturbance, said pile array assembly system comprising:
- a first array subassembly having a plurality of pile units, each of said pile units having first and second ends and a lengthwise lateral wall extending therebetween, and being positioned and placed in interaction with a ground soil site at specific ground entry points so as to extend and slope at a theta-1 angle in relation to an imaginary vertical axis defined and extending from each of the respective entry points, such that the first ends of each of the respective pile units are generally positioned and placed so as to define, when imaginary interconnecting periphery lines are attached thereto, a first perimeter and the second ends of each of the respective pile units are generally positioned and placed so as to define, when imaginary interconnecting periphery lines are attached thereto, a second perimeter which is greater in dimensional magnitude than that of the first perimeter, a first positional axis being defined between the first and second ends extending between the first perimeter and the second perimeter as to each of the respective pile units of the first array subassembly;
- a second array subassembly having a plurality of pile units, each of said pile units having first and second ends and a lengthwise lateral wall extending therebetween, and being positioned and placed in interaction with a ground soil site at specific ground entry points so as to extend and slope at a theta-2 angle in relation to an imaginary vertical axis defined and extending from each of the respective entry points, such that the first ends of each of the respective pile units are generally positioned and placed so as to define, when imaginary interconnecting periphery lines are attached thereto, a third perimeter and the second ends of each of the respective pile units are generally positioned and placed so as to define, when imaginary interconnecting periphery lines are attached thereto, a fourth perimeter which is greater in dimensional magnitude than that of the third perimeter, a first positional axis being defined between the first and second ends extending between the third perimeter and the fourth perimeter as to each of the respective pile units of the second array subassembly;
- a third array subassembly having a plurality of pile units, each of said pile units having first and second ends and a lengthwise lateral wall extending therebetween, and being positioned and placed in interaction with a ground soil site at specific ground entry points so as to extend and slope at a theta-3 angle in relation to an imaginary vertical axis defined and extending from each of the respective entry points, such that the first ends of each of the respective pile units are generally positioned and placed so as to define, when imaginary interconnecting periphery lines are attached thereto, a fifth perimeter and the second ends of each of the respective pile units are generally positioned and placed so as to create, when imaginary interconnecting lines are attached thereto, a sixth perimeter which is greater in dimensional magnitude than that of the fifth perimeter, a first positional axis being defined between the first and second ends extending between the fifth perimeter and the sixth perimeter as to each of the respective pile units of the third array subassembly;
- a fourth array subassembly having a plurality of pile units, each of said pile units having first and second ends and a lengthwise lateral wall extending therebetween, and being positioned and placed in interaction with a ground soil site at specific ground entry points generally proximal and along the fifth perimeter at points between the respective pile units of the third array so as to extend at a gamma angle in relation to an imaginary vertical axis extending from each of the respective entry points, such that the first ends of each of the respective pile units are generally positioned and placed generally proximal and along the fifth perimeter and the second ends of each of the respective pile units are generally positioned and placed so as to define, when imaginary interconnecting periphery lines are attached thereto, a seventh perimeter which is of less dimensional magnitude than that of the third perimeter.