|
Civil Engineering Software from Wilde FEA
|
|
|
With both design & analysis capabilities, Wilde FEA undertake non-linear structural & geotechnical problems using a range of leading industry-specific software. Software and services are available for structural assessment to code, and the detailed analysis of reinforced concrete materials, foundations, groundwater flow, and soil excavation & consolidation.
Click for further details on our civil engineering consulting and training services.
More information on our mechanical engineering software solutions can be selected from the list below
|
|
|
| Software |
Application |
|
|
|
 | PLAXIS
| An extremely robust program for a wide range of geotechnical applications. A range of constitutive models allow different soil types to be modelled, along with structural & interface elements for realistic representation of soil-structure interaction effects. |
|
|
|
 | TALREN 4 | TALREN 4 benefits from the following:
*User-friendly graphical interface for data input and for result analysis (mouse drawing, graphical displays).
*Handling of construction stages: several construction stages can be checked in the same project file.
*Automatic search option for circles.
*Wizards: curves for qs (Clouterre); predefined partial safety factors.
*Links with Plaxis V8: ability to load a Plaxis V8 geometry, and to import Plaxis V8 pore pressure meshes.
*Ability to load background drawings (jpg or gif formats).
*Calculation kernel validated by 20 years of use on real projects.
|
|
|
|
 | DIANA
| Typical applications include building and bridge design, assessment of existing structures, excavations, tunnelling, and nuclear pressure & containment vessels. It offers many advantages in the fields of concrete & soils, such as advanced material models & a built-in reinforcement pre-processor in which reinforcement can easily be defined both locally & globally. Smeared cracking, discrete cracking & reduction in prestress due to special effects can all be calculated. |
|
|
|
 | CivilFEM
| All types of advanced civil engineering problems. Contains an extensive materials library of structural steel, reinforced steel, concrete, soils & rock models. Geotechnical capabilities include slope stability analysis, retaining walls analysis & design, automatic generation of layered soils & seepage analysis. |
|
|
|
 | Mathcad | Mathcad benefits from the following;
* Easy to learn and use - no special programming skills required
* Increases productivity, saving engineers time and reducing errors
* Improves verification and validation of critical calculations
* Promotes calculation best practices and reuse of calculation content
* Complete documentation of calculations supports standards compliance |
|
|
