SAFE
SOFTWARE
GROUP 1
SAFE SOFTWARE
SAFE Software is a company known for its focus on data
integration and transformation solutions. They are best known
for their product, FME (Feature Manipulation Engine), which
helps organizations automate the process of data integration,
transformation, and validation across various systems and
formats.
FME is widely used in industries like GIS (Geographic
Information Systems), environmental management, and urban
planning due to its robust capabilities in handling complex
spatial and non-spatial data.
KEY FEATURES OF FME
Data Integration
Data Transformation
Data Validation
Workflow Automation
Support for Multiple Formats
HOW FME WORKS Back to Agenda
How FME Works
1. Input
2. Transformation
3. Output
Tools and Interfaces:
FME Workbench: A visual interface for designing and managing data
workflows.
FME Server: Allows for the automation of data workflows and
integration into enterprise systems.
ADVANTAGES OF USING SAFE SOFTWARE Back to Agenda
1. Accuracy in Analysis:
Provides precise results using advanced analytical methods like finite
element analysis.
2.Compliance with Codes:
Supports multiple international design codes, including ACI, Eurocode, and others.
3. Efficiency:
Streamlines design workflows with automated processes, such as mesh generation and load
application, reducing design time.
4. Graphical Representation:
Offers graphical visualization of slab stress, deflections, and reinforcement layouts, making the
analysis and design process easier to interpret.
BENEFITS OF USING THE SAFE SOFTWARE
1. User-Friendly Interface: SAFE is known for its intuitive interface,
making it easy for engineers to model structures, apply loads, and
run analyses without extensive learning curves.
2. Comprehensive Reporting: The software generates detailed reports,
including load analysis, stress results, and design checks, helping
engineers verify results and communicate with stakeholders
3. Cost-Effective: By automating repetitive tasks and providing precise
designs, SAFE reduces the need for manual calculations, lowering
overall project costs and minimizing the risk of costly errors.
4. Optimization Features: The software helps optimize materials,
which can lead to cost savings through efficient use of concrete,
steel, and other construction materials.
EXAMPLES PICTURE OF THE SAFE SOFTWARE
BRIEF DISCUSSION ON HOW TO USE THE SOFTWARE
1. Modeling the Structure
- Define Geometry: Begin by defining the geometry of the structure.
SAFE allows you to model slabs, mats, foundations, and other structural
elements. You can use the drawing tools to input grids and dimensions
or import geometry from other CAD programs.
- Material Properties: Assign material properties such as concrete or
steel to various parts of the model. The software includes predefined
material libraries or allows you to input custom properties.
- Thickness and Sections: Specify slab thickness, footing dimensions,
and reinforcement requirements for your elements.
BRIEF DISCUSSION ON HOW TO USE THE SOFTWARE
2. Load Application
- Define Load Cases: Input different types of loads the structure will
encounter, such as dead loads, live loads, seismic loads, and wind loads.
- Load Combinations: Combine different load cases to simulate real-
world scenarios, ensuring that the structure can withstand a range of
conditions.
- Apply Loads: Distribute the loads across the structural elements,
either as point, line, or surface loads.
BRIEF DISCUSSION ON HOW TO USE THE SOFTWARE
3. Analysis
- Finite Element Analysis (FEA): SAFE uses finite element analysis to
evaluate the behavior of the structure under applied loads. It
calculates deflections, stresses, and moments.
- Run the Analysis: After setting up the model and loading
conditions, run the analysis to obtain results, including
deformations, reactions, and internal forces.
BRIEF DISCUSSION ON HOW TO USE THE SOFTWARE
4. Design
- Code Compliance: The software designs the structure according
to selected design codes (e.g., ACI, Eurocode). This includes
determining the necessary reinforcement for concrete members.
- Design Checks: SAFE performs automatic design checks based on the
analysis results, ensuring that all elements comply with strength and
serviceability criteria.
BRIEF DISCUSSION ON HOW TO USE THE SOFTWARE
5. Output and Reporting
- View Results: Visualize the analysis results through color-coded
graphics, contours, and diagrams that show stresses, strains, and
other performance parameters.
- Generate Reports: SAFE provides comprehensive reports with
design checks, load distribution, and reinforcement details. This can
be used for documentation, reviews, or communication with other
stakeholders.
BRIEF DISCUSSION ON HOW TO USE THE SOFTWARE
6. Optimization
- Refine Design: Based on the results, you may modify structural
elements, adjust loadings, or optimize the design for cost-
effectiveness, material efficiency, or performance.
THANK YOU.
