Activity A B C D E F G H 1 J K Depends on Completion of Activity A B с B D and G B I and F

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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**Activity-on-Arrow Network Diagram Guide**

To create an effective activity-on-arrow network diagram, you must understand the logical relationships between activities. Below is a table that represents these dependencies:

| **Activity** | **Depends on Completion of Activity** |
|--------------|--------------------------------------|
| A            | —                                    |
| B            | —                                    |
| C            | A                                    |
| D            | B                                    |
| E            | B                                    |
| F            | C                                    |
| G            | D and G                              |
| H            | —                                    |
| I            | B                                    |
| J            | —                                    |
| K            | I and F                              |

### Instructions for Drawing the Diagram

1. **Identify Start and End Points:**
   - Activities A, B, H, and J do not depend on any other activities, meaning they can start immediately.
   - Identify any terminal activities that do not precede others directly.

2. **Create Nodes and Arrows:**
   - Each activity is represented by an arrow.
   - Connect activities with nodes (circles) indicating dependencies. 
   - For instance, draw an arrow from A to C and from B to D and E to indicate their dependencies.

3. **Include Merging Points:**
   - Activities G must wait for both D and G to be complete. Use a merge point (node) to connect D and G before proceeding to G.

4. **Identify Parallel Activities:**
   - Some activities, like H and J, run parallel without initial dependencies, illustrating project concurrency.

5. **Final Dependencies:**
   - Ensure all dependencies are accurately mapped, specifically complex ones like K, which depends on both I and F.

### Tips for Completion:

- Review the list of dependencies multiple times to ensure all connections are correctly represented.
- Use a legend or guide to label each activity clearly.

This network diagram will help visualize the project timeline, streamline processes, and identify potential bottlenecks or critical paths.
Transcribed Image Text:**Activity-on-Arrow Network Diagram Guide** To create an effective activity-on-arrow network diagram, you must understand the logical relationships between activities. Below is a table that represents these dependencies: | **Activity** | **Depends on Completion of Activity** | |--------------|--------------------------------------| | A | — | | B | — | | C | A | | D | B | | E | B | | F | C | | G | D and G | | H | — | | I | B | | J | — | | K | I and F | ### Instructions for Drawing the Diagram 1. **Identify Start and End Points:** - Activities A, B, H, and J do not depend on any other activities, meaning they can start immediately. - Identify any terminal activities that do not precede others directly. 2. **Create Nodes and Arrows:** - Each activity is represented by an arrow. - Connect activities with nodes (circles) indicating dependencies. - For instance, draw an arrow from A to C and from B to D and E to indicate their dependencies. 3. **Include Merging Points:** - Activities G must wait for both D and G to be complete. Use a merge point (node) to connect D and G before proceeding to G. 4. **Identify Parallel Activities:** - Some activities, like H and J, run parallel without initial dependencies, illustrating project concurrency. 5. **Final Dependencies:** - Ensure all dependencies are accurately mapped, specifically complex ones like K, which depends on both I and F. ### Tips for Completion: - Review the list of dependencies multiple times to ensure all connections are correctly represented. - Use a legend or guide to label each activity clearly. This network diagram will help visualize the project timeline, streamline processes, and identify potential bottlenecks or critical paths.
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