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for the civil engineering industry

Building better technology
for the civil engineering industry

Tel: +44 (0)118 945 3737

Tel: +44 (0)118 945 3737

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Clisp Studio Dynamic Simple Shear Software Module


The VJ Tech Clisp Studio Dynamic Simple Shear Software module enables the User to perform dynamic simple shear tests to investigate the behaviour of cohesive materials under cyclic loading conditions. The software used with the VJ Tech Dynamic Simple Shear apparatus conforms to ASTM D6528-07.
Part Number : VJT-csDYNSS
For prices: call +44 (0)118 945 3737 or Email us

Clisp Studio Dynamic Simple Shear Software Module

csDYNSS Features:

  • Consolidation and Dynamic stages
  • Optional Shearing stage
  • Configurable test automation
  • Isotropic Consolidation
  • Optional Anisotropic Consolidation (with k0)
  • On screen measurement of t95 value
  • 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:
    • Consolidation Data View (Measured Input Parameters, Calculated Settlement, Voids Ratio, t100 & Normal Stress values)
    • Shear Data View (Measured Input Parameters, Calculated Vertical Settlement, Horizontal Displacement, Shear Stress, Normal Stress & Shear Stress values)
    • Shear Results View (Peak Shear Stress, Shear Strain at Peak Stress, Vertical Settlement & Voids Ratio)
    • Dynamic Data View (Measured Input Parameters, Calculated Normal Stress, Shear Stress & Shear Strain)
  • Live graphical display of logged and calculated data:
    • Consolidation Graph (Time vs Axial Strain)
    • Shear Strain Graph (Shear Strain vs Shear Stress)
    • Shear Stress Graph (Effective Axial Stress vs Shear Stress)
    • Logarithmic Shear Graph (Shear Strain vs Secant Shear Modulus)
    • Dynamic Data Graph (Dynamic Log Time vs Vertical Load Input)
    • Dynamic Cycles Graph (Shear Cycle Count vs Max/Min Shear Stress)
  • Live tabular display of logged and calculated data:   
    • Consolidation Table (Time, Vertical Displacement Input, Vertical Load Input, PWP Input, Settlement, Axial Strain)
    • Shear Data Table (Time, Horizontal Displacement Input, Horizontal Load Input, Active Height, Vertical Load Input, Pore Water Pressure Input, Horizontal Displacement, Vertical Settlement, Axial Strain, Shear Strain, Shear Stress, Normal Stress, Secant Shear Modulus)
    • Dynamic Data Table (Dynamic Log Time, Horizontal Displacement Input, Horizontal Load Input, Active Height, Vertical Displacement Input, Shear Load Change, Shear Displacement, Normal Load Change, Shear Control Setpoint, Normal Control Setpoint, Shear Cycle Count, Normal Cycle Count, Normal Displacement,Shear Strain, Shear Stress)
    • Dynamic Cycles Table (Cycle, Max Shear Strain, Min Shear Strain, Max Shear Stress, Min Shear Stress, Pore Pressure)
  • User configurable views, graphs and tables (customisable from Input, Measured and Result data)
  • Standard predefined presentation reports:
    • Summary Report
    • Consolidation Graph
    • Consolidation Table
    • Strain vs Stress and PWP
    • Log Strain vs Log Shear Modulus
    • Effective Axial Stress vs Shear Stress
    • Shear Strain vs G / Effective Consolidated Stress
    • Shear Table
  • Optional customised presentation reports on request

Detailed product specifications

Requires Windows operating System Windows 7 Pro or later

Switchable between multiple languages

Data stored in MS SQL database

Data export in industry standard formats

 

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