
STAAD(X).Tower - STAAD(X).Tower At-A-Glance
- Wizard driven parametric physical model generation for square and triangular self-supporting and guyed towers, and monopoles
- Enhances productivity through faster model generation wizards
- Saves time on overall parametric editing of the physical model
- In-built library of standard bracing patterns with facilities to create user-defined ones
- Provides smooth automatic generation of analytical structure for any user defined physical model
- Increases productivity by providing a library of reusable bracing patterns
- Extensive parametric editing facilities to incorporate changes in tower’s overall shape and slope, panel dimensions and panel face configurations
- Intuitive physical member creation with appropriate orientation
- Easy to use drag & drop features for inserting non-structural components from built-in database like dish antennas, appurtenances, and platforms with facilities to adjust mounting pattern, location, tilt and azimuth angles
- Enhances overall profitability by allowing the user to use and maintain component catalogs.
- Automatic generation of wind, ice, and seismic load cases for tower structures and external attachments as per TIA-222-F and TIA-222-G standards
- Saves time and allows investigation of “what–if” scenarios.
- Analysis- linear static analysis and second-order analysis
- Post-Processing features includes joint displacements, member forces, stresses, support reactions, leg compression, deflection, tilt, and twist results in terms of diagrams and tables
- Enables the user to have a detailed in sight of the analysis results.
- Helps to plot multiple post-processing diagrams for a selective set of physical members for complex structures.
- Design of physical members as per TIA-222-F and TIA-222-G standards
- Reduces errors due to complex calculations.
- Customizable, user-friendly exhaustive report generation facility
- Create all exhaustive completereport straight from the software and avoid manual report compilation activities.
- Establish dynamic update links and save time in regenerating the desired report.
- Bi-directional interoperability with other STAAD(X) family products
- Avoid duplication of efforts in case you need to transfer the model to other family of products.
- Save time in generating a composite structure that involves both STAAD(X) and STAAD(X).Tower.
Screenshots of STAAD(X).Tower in Action