Free Download Technia BRIGADE Plus 2026.3 (x64) | 3.3 GB
Technia BRIGADE/Plus is a specialized structural engineering and finite element analysis (FEA) solution designed for modeling, analyzing, and evaluating bridges and other civil engineering structures. Its integrated environment combines parametric modeling, structural analysis, and result visualization to help engineers investigate complex geometries and structural behavior.
With support for multiple analysis procedures, moving loads, prestressing, staged construction, nonlinear material behavior, and contact interactions, BRIGADE/Plus provides tools for assessing structural performance under a wide range of loading and environmental conditions. It also incorporates Abaqus solver technology from SIMULIA and Python scripting capabilities for customized engineering workflows.
Software Overview
BRIGADE/Plus uses a parametric, feature-based modeling approach to simplify the creation of complex bridge and civil structure models. Its analysis capabilities cover static, thermal, dynamic, and coupled simulations, with predefined loads, vehicles, and load combinations based on supported design codes, including Eurocodes and various National Annexes.
The application includes post-processing tools for interpreting simulation results, an integrated report generator for documenting model inputs and analysis outputs, and support for exporting results to ConcreteDesigner or other reinforcement design tools.
Key Features
- Bridge and Civil Structure Modeling: Create models for different types of bridges and civil engineering structures in an integrated modeling environment.
- Parametric, Feature-Based Design: Build complex structural geometries using a modeling approach designed to simplify modifications and accelerate development.
- Comprehensive Structural Analysis: Perform static, thermal, dynamic, and coupled analyses to investigate structural response under different conditions.
- Moving Load Analysis: Evaluate the response of structures to moving vehicles and other moving loads.
- Dynamic Moving Load Response: Analyze the dynamic effects generated by moving loads.
- Prestressing Analysis: Include prestressing effects in structural simulations.
- Automated Load Combinations: Use load combination capabilities that account for supported design requirements.
- Segmental Construction Analysis: Simulate construction stages by adding or removing structural components, loads, and boundary conditions during analysis.
- Nonlinear Material Behavior: Model nonlinear material responses for more advanced structural investigations.
- Contact Interaction: Represent contact between interacting components in supported simulations.
- Thermal Analysis: Perform transient and steady-state heat transfer simulations.
- Advanced Dynamic Analysis: Support natural frequency extraction, modal dynamic time history, implicit dynamic time history, steady-state dynamic response, response spectrum, and random response analysis.
- Buckling and Post-Buckling: Investigate eigenvalue buckling, unstable collapse, and post-buckling behavior.
- Coupled Thermal-Stress Analysis: Perform sequentially coupled thermal and structural stress simulations.
- 3D and 2D Result Visualization: Interpret analysis results through 3D visualizations and 2D graphs.
- Automated Reporting: Generate reports containing model inputs and simulation results.
- Reinforcement Design Integration: Transfer results to ConcreteDesigner for reinforcement calculations in accordance with supported Eurocode requirements.
- Integrated Abaqus Solver: Includes Abaqus finite element solver technology from SIMULIA.
- Python Scripting: Use Python-based scripting to support customization and automate engineering tasks.
Static Analysis
- Linear and nonlinear static response
- Eigenvalue buckling
- Unstable collapse and post-buckling
- Transient heat transfer
- Steady-state heat transfer
- Natural frequency extraction
- Modal dynamic time history
- Implicit dynamic time history for linear and nonlinear problems
- Steady-state dynamic response
- Response spectrum analysis
- Random response analysis
- Sequentially coupled thermal-stress analysis
BRIGADE/Plus combines bridge-specific modeling tools with advanced finite element analysis capabilities in one engineering environment. Its support for moving loads, staged construction, nonlinear behavior, thermal effects, and dynamic response makes it suitable for complex structural assessments. Integrated reporting, reinforcement design workflows, and Python scripting further help engineers organize and automate their analysis processes.
System Requirements
Supported Operating Systems
- Windows Server 2008 R2 SP1
- Windows 8.1
- Windows Server 2012 R2
- Windows 10
- Processor: Intel x86-64 processor
- Memory: 16 GB RAM
- Graphics: 100% OpenGL-compatible graphics card
- Storage: 30 GB of free disk space
- Processor: Dual Intel Xeon Scalable processors (Skylake generation)
- Memory: 32-64 GB per CPU
- Graphics: NVIDIA Quadro series graphics card dedicated to CAD/CAE applications
- Storage: At least 500 GB hard drive; SSDs may also be used but are not required for good simulation performance
Code:
https://simulation.technia.com/- Software Name: Technia BRIGADE/Plus
- Version: 2026.3
- Architecture: 64-bit (x64)
- Interface Language: English
- File Size: 3.3 GB
- License Type: Full Version
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