Target Ratio

October 7, 2021
BLOG PROJECT TUTORIAL

Objective

 

1) Which has higher priority between ‘Design Settings’ and ‘Member Parameter’?

2) What does ‘Target Ratio’ mean?

 

 

Parameters

 

1. Getting Started


 

Open an analyzed project.
1. Click the red box icon and ‘Open (Ctrl+O)’ to open an analyzed project.
2. The image shows a 3D frame analyzed in nGen as a reference.

 

 

 

2. Member Parameters


 

Define design target ratio for concrete.

1. Select [Design > Member Parameter].
2. Select RC Member.

- Design Target Ratio = [Demand/Capacity] for a member

- Member Parameter could be set up for steel section and RC section.

 

3. Select the members in the model for which ‘Target Ratio’ has to be set up.
4. Select [Design Target Ratio].
5. Click [Apply].


Member Parameters would only be applied to the objects that were selected.

 

 

 

3. Design Settings


     

Define design setting function for concrete.

1. Select [Design > Design Settings].
2. Select [Checking Control > RC Beam].
3. Provide Design Settings Target Ratio.

Similarly, the Design Setting could be applied to other members.

 

Design Setting for Concrete

Q) Which target ratio factors would be applied to the unselected objects of the model?
- Design Setting Function would be applied to the unselected objects.
- Thus, ‘Member Parameter’ has a higher priority than ‘Design Settings’.

 

 

 

4. Criteria for Strength Status


Setting range for strength

Define Strength Status Range for Concrete.

1. Select [Design > Design Settings].
2. Select [Checking Control > Criteria for Strength Status].
3. Click the button.
4. Set up the Setting range for Status.

 

 

Design Status based on Strength Status Range for Concrete

 

 

 

 

 

*Watch Video Tutorial*

                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                   

Subscribe S.O.S Newsletter

Young-il Seo
Young-il Seo | Principal Structural Engineer

Young-il has over 13+ years of experience in building design, especially high-rise buildings with column reduction analysis, plant structures, pushover analysis, health monitoring, and vibration control projects. Since 2016, he is planning and providing technical supports for midas building products such as midas Gen, nGen, and Design+.

E-BOOK Eurocode2 Design
Guide

This Design Guide provides a comprehensive guide for RC design
as per Eurocode2-1-1:2002. This book is helpful in understanding
the Eurocode design concept.

Read all