Tags :Dimsoln

::::::English Description::::::  Shaft3D is a shaft foundation design program that completes the design of a shaft in seconds. Drilled Shaft, also commonly known as Drilled Pier or Caisson, is a foundation design type commonly used in areas with poor shallow soils. With Shaft3D, you can complete your complex work process from inputting loads to obtaining a detailed design sketch in a matter of seconds. Shaft3D supports following features and functions: Allows multiple system of units for input and output – English, Metric and SI Considers design of both straight and belled shaft sections Allows input of multiple soil layers with different values of soil properties for each layer Considers buoyancy effects in the calculation of bearing pressures and stability ratios...

::::::English Description::::::  Mat3D is a general multi-pier mat foundation analysis/design tool that completes soil or pile supported foundation with minimal input. It is equipped with the following features: Allows multiple system of units for input and output – English, Metric and SI Supports ACI 318, BSI 8110, CSA A23.3 and IBC building codes Considers buoyancy effects in the calculation of bearing pressures, stability ratios and pile capacities for footing/pile cap design Accepts unlimited type and number of load cases Accepts unlimited type and number of factored and unfactored load combinations Analyzes/Designs pile cap on square, and rectangular regular and irregular pile patterns Designs square, rectangular, octagonal and circular piers Provides multiple choices of longitudinal rebar arrangement in the piers Allows...

Dimsoln Foundation3D 4. ::::::English Description::::::  Foundation3D is a spread and combined footing analysis/design tool that completes soil or pile supported foundation for industrial equipment such as horizontal exchanger, horizontal vessel, vertical vessel or tower, pipe racks and other miscellaneous plant design supports with minimal input. Allows multiple system of units for input and output – English, Metric and SI Supports ACI 318, BSI 8110, CSA A23.3 and IBC building codes Generates wind loads automatically for exchangers, vessels and towers based on ASCE recommendations Generates basic load combinations for equipment foundations automatically with just equipment geometry input Optimizes footing design (spread or combined) for an exchanger and horizontal vessel foundation depending on saddle to saddle dimensions and soil/pile criteria Considers buoyancy...