Clisp Studio DSS with Confining Pressure Software Module

csDYNSS-C Features:

• Saturation stage (Ramp or Step)
• Isotropic, Anisotropic or K0 Consolidation Stage
• Static Loading stage
• Simple Cyclic Shear stage (Stress or Strain)
• Liquefaction cyclic shear stage
• Customisable System Units
• Easy instrument and equipment setup and calibration
• Tests can be set up and run on an individual client, job, borehole and sample basis
• Easy test setup using wizard style Assistant
• User configurable data logging
• E-mail test status
• Live view of sensor readings and status
• Live Data Views:
  • Saturation Data Views (Transducer Readings, B-Value)
  • Consolidation Data Views (Transducer Readings, PWP Dissipation, PWP Change, Volume Change, Isotropic or Anisotropic or K0 Results)
  • Static Loading Data Views (Transducer Readings, Shear Stress, Shear Strain, Excess Pore Pressure, Stress Ratio,Effective Vertical Stress, Effective Horizontal Stress)
  • Cyclic Shear Data Views (Transducer Readings, Shear Stress, Shear Strain, Excess Pore Pressure, Stress Ratio,Effective Vertical Stress, Effective Horizontal Stress)
  • Liquefaction Data Views (Transducer Readings, Shear Stress, Shear Strain, Excess Pore Pressure, Stress Ratio,Effective Vertical Stress, Effective Horizontal Stress, PWP Ratio)
• Live graphical display of logged and calculated data:
  • Saturation Graphs (Time vs. PWP Input, Cell Pressure Input vs. B-Value)
  • Consolidation Graphs (Isotropic: Time vs Volume Change, Anisotropic: Time vs. Effective Vertical Stress, K0: Time vs. Effective Vertical Stress)
  • Static Loading Graphs (Time vs. Effective Vertical Stress, Shear Strain vs Shear Stress)
  • Cyclic Shear Graphs (Time vs. Effective Vertical Stress, Shear Strain vs Shear Stress, Cycle vs. Shear Stress)
  • Liquefaction Graphs (Time vs. Effective Vertical Stress, Shear Strain vs Shear Stress, Cycle vs. Shear Stress)
• Live tabular display of logged and calculated data:   
• Saturation Tables (Logged Input Data, B-Value, Volume Change)
• Isotropic Consolidation Tables (Logged Input Data, PWP Dissipation, Volume Change)
• Anisotropic Consolidation Tables (Logged Input Data,Excess Pore Pressure, Total & Effective Vertical Stress, Effective Horizontal Stress, Shear Stress, Stress Ratio, Shear Strain, Volumetric Strain, Axial Strain)
• K0 Consolidation Tables (Logged Input Data,Excess Pore Pressure, Total & Effective Vertical Stress, Effective Horizontal Stress, Shear Stress, Stress Ratio, Shear Strain, Volumetric Strain, Axial Strain)
• Static Loading Data Tables (Logged Input Data,Excess Pore Pressure, Total & Effective Vertical Stress, Effective Horizontal Stress, Shear Stress, Stress Ratio, Shear Strain, Volumetric Strain, Axial Strain)
• Cyclic Shear Data Tables (Logged Input Data,Excess Pore Pressure, Total & Effective Vertical Stress, Effective Horizontal Stress, Shear Stress, Stress Ratio, Shear Strain, Volumetric Strain, Axial Strain)
• Liquefaction Data Tables (Logged Input Data,Excess Pore Pressure, Total & Effective Vertical Stress, Effective Horizontal Stress, Shear Stress, Stress Ratio, Shear Strain, Volumetric Strain, Axial Strain)
• Results Data Table (Final Moisture Content, Bulk Density, Voids Ratio, Degree of Saturation and Dry Density)
• User configurable views, graphs and tables (customisable from Input, Measured and Results data)
• Optional customised presentation reports on request