The documentation is divided into several distinct manuals, one for each individual module: RAM Manager, RAM Modeler, RAM Steel Beam Design, RAM Steel Column Design, RAM Concrete, RAM Frame, and RAM Foundation. In addition there is an Installation manual and a Tutorial manual. The Tutorial example provides a step-by-step guide demonstrating how to create a model, analyze and design the elements in the various design modules and obtain the various outputs. The manual for each module describes each function of the program in greater detail. A technical section is included in the manuals for each of the analysis and design modules which explains engineering related issues such as Building Code interpretation and implementation, assumptions, etc. The user should become thoroughly familiar with the documentation.

The purpose of these manuals is to explain the assumptions and methodology of the RAM Structural System. Every effort has been made to include a discussion of significant decisions and assumptions made by the program. Generally, if there is any question as to how the program handles any particular condition, a small model can be quickly created and analyzed, and the results verified with the appropriate hand calculations.

In the design of a structure a great number of decisions must be made. What is acceptable to one engineer may not be acceptable to another. It is crucial that the user understands the decisions and assumptions being made by the program. If these are not appropriate for the specific conditions of a particular building, the user should augment or replace the results from the program with those of some other tool.

The RAM Structural System has been extensively tested and used. It is impossible, however, to anticipate every possible configuration that could be encountered by the program. Ultimately the engineer is responsible for the safety and adequacy of the design of the building.

Do not hesitate to contact Bentley Technical Support with any questions that arise. The staff is always willing to spend time answering questions to assure each user understands and utilizes the RAM Structural System to its fullest potential.

This manual describes the function and capabilities of the RAM Manager, and its relationship to the various design modules.

• Chapter 2 addresses the use of the RAM Manager including creating a new database and accessing the analysis and design modules. A discussion on creating DXF files of floor framing plans and column and footing schedules is also included.
• Chapter 3 describes Bentley’s iTwin technology. Formerly referred to as Integrated Structural Model (ISM), iTwin Services are used to facilitate importing and exporting RAM Structural System models to and from other analysis and design programs (such as STAAD.Pro) and drafting, detailing, and BIM programs (such Revit and Tekla).
• Chapter 4 describes the Model Status feature. Elements of this feature are available in all of the modules.
• Chapter 5 provides an in-depth look at the Reports that can be produced using the Post-Processing menu option in the RAM Manager.
• Chapter 6 addresses several options for customizing the RAM Structural System working environment.
• Chapter 7 takes an in-depth look at customizing the RAM Structural System through creating new member tables or modifying the existing ones.