RAM Concept is an analysis and design program that uses the finite element method to design post-tensioned concrete slabs using either a traditional design method or a tendon optimization workflow:
- Traditional Post Tensioned Design Methods: Designs post tensioned concrete slabs with a user-modeled tendon layout using either manual tendons or generated tendon parameters. In a traditional design approach, engineers will define a post-tensioning solution that satisfies the minimum precompression and maximum spacing requirements in the system and then add strands until the flexural tension stress limits are satisfied.
- Tendon Optimization Workflow: Optimizes post tensioned concrete slabs using intelligent search algorithms to compare thousands of design alternatives, allowing engineers to easily review and compare many different solutions side by side and select the best design alternative.
Designing Post Tensioned Concrete Slabs with Manual Tendons - On Demand Training
Learn how to design post tensioned concrete slabs in RAM Concept with manual tendons.
Download the Project Workbook and Dataset from the Bentley LEARN Server for hands-on, step-by-step instructions.
Designing Post Tensioned Concrete Slabs with Generated Tendons - On Demand Training
Learn how to design post tensioned concrete slabs in RAM Concept with generated tendons.
Download the Project Workbook and Dataset from the Bentley LEARN Server for hands-on, step-by-step instructions.
Optimizing Post Tensioned Concrete Slabs in RAM Concept - On Demand Training
Learn how to optimize post tensioned concrete slabs in RAM Concept.
Download the Project Workbook and Dataset from the Bentley LEARN Server for hands-on, step-by-step instructions.
Additional Resources
Want to learn more? See the additional resources for RAM Concept.
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