Merge pull request #11 from virtual-labs/testing

Responsive Simulator Added
virtual-labs · Apr 29, 2024 · cd14f8c · cd14f8c
2 parents 9546366 + 96e007a
commit cd14f8c
Show file tree

Hide file tree

Showing 54 changed files with 16,697 additions and 1,528 deletions.
diff --git a/experiment/images/graph1.png b/experiment/images/graph1.png
diff --git a/experiment/images/img1.PNG b/experiment/images/img1.PNG
diff --git a/experiment/images/img2.PNG b/experiment/images/img2.PNG
diff --git a/experiment/images/img3.PNG b/experiment/images/img3.PNG
diff --git a/experiment/images/img4.PNG b/experiment/images/img4.PNG
diff --git a/experiment/images/pause.png b/experiment/images/pause.png
diff --git a/experiment/images/play1.png b/experiment/images/play1.png
diff --git a/experiment/images/proc1.png b/experiment/images/proc1.png
diff --git a/experiment/images/proc10.png b/experiment/images/proc10.png
diff --git a/experiment/images/proc12.png b/experiment/images/proc12.png
diff --git a/experiment/images/proc15.png b/experiment/images/proc15.png
diff --git a/experiment/images/proc16.png b/experiment/images/proc16.png
diff --git a/experiment/images/proc3.png b/experiment/images/proc3.png
diff --git a/experiment/images/proc4.png b/experiment/images/proc4.png
diff --git a/experiment/images/proc6.png b/experiment/images/proc6.png
diff --git a/experiment/images/proc8.png b/experiment/images/proc8.png
diff --git a/experiment/images/result.png b/experiment/images/result.png
diff --git a/experiment/images/simulation.png b/experiment/images/simulation.png
diff --git a/experiment/images/var1.png b/experiment/images/var1.png
diff --git a/experiment/procedure.md b/experiment/procedure.md
@@ -1,43 +1,21 @@
-**AIM**:  
-To find the damping (c) of the given beam.
+### Procedure
 
-**PROCEDURE**:  
-Begin the experiment by clicking the start experiment button.  
-[<img src="./images/proc1.png" width="800" height="600" />](./images/proc1.png)
+<div style="text-align:left">
+  Click on the Simulation icon    <img src="images/simulation.png" alt="Alt text" style="height:80px; width:80px;">  to view the simulation screen. 
 
-1. Find logarithmic decrement (δ) from displacement v/s time graph. The logarithmic decrement is defined as follows.  
-   [<img src="./images/proc2.png" width="150" height="75" />](./images/proc2.png)
+   ![Alt text](images/img1.png)
+
+   In order to view the variable section click on the Variable icon. <img src="images/var1.png" alt="Alt text" style="height:80px; width:80px;">
 
-Here x<sub>1</sub> and x<sub>n</sub> refer to the displacements at the first and nth peak in the displacement v/s time graph.  
-The displacements at the peaks can be found using the location slider.  
-[<img src="./images/proc3.png" width="800" height="600" />](./images/proc3.png)  
-[<img src="./images/proc4.png" width="800" height="600" />](./images/proc4.png)
+   ![Alt text](images/img2.png)
 
-2. Find the damping ratio (ζ) from the logarithmic decrement (δ). The damping ratio is given by  
-   [<img src="./images/proc5.png" width="150" height="75" />](./images/proc5.png)  
-   [<img src="./images/proc6.png" width="800" height="600" />](./images/proc6.png)
+   Click on Play icon <img src="images/play1.png" alt="Alt text" style="height:80px; width:80px;"> to run the simulation and click on Pause icon <img src="images/pause.png" alt="Alt text" style="height:80px; width:80px;"> to stop it.
 
-3. Find beam stiffness (k) N/m from Young's modulus (E), area moment of inertia (I) and length (L). The stiffness for different beams is given below  
-   [<img src="./images/proc7.png"  />](./images/proc7.png)  
-   [<img src="./images/proc8.png" width="800" height="600" />](./images/proc8.png)
+   Click on the graph icon  <img src="images/graph1.png" alt="Alt text" style="height:80px; width:80px;"> to view the graph.  
 
-4. Find natural frequency (ω<sub>n</sub>) rad/s from ω<sub>d</sub> and ζ  
-   ω<sub>d</sub> can found from the FFT in the graph window.  
-   [<img src="./images/proc9.png" width="150" height="75" />](./images/proc9.png)  
-   [<img src="./images/proc10.png" width="800" height="600" />](./images/proc10.png)
+   ![Alt text](images/img4.png)
 
-5. Find equivalent mass ( m<sub>eq</sub>) in kg from ω<sub>d</sub> and k.  
-   [<img src="./images/proc11.png" width="100" height="70" />](./images/proc11.png)  
-   [<img src="./images/proc12.png" width="800" height="600" />](./images/proc12.png)
-
-6. Find critical damping (c<sub>c</sub> in Ns/m) from m<sub>eq</sub> and k.  
-   [<img src="./images/proc13.png" width="100" height="35" />](./images/proc13.png)
-
-7. Find damping (c) Ns/m from c<sub>c</sub> and ζ.  
-   [<img src="./images/proc14.png" width="80" height="30" />](./images/proc14.png)  
-   [<img src="./images/proc15.png" width="800" height="600" />](./images/proc15.png)
-
-**RESULT**:  
-System damping c has been found. The basic concepts in free vibration of SDOF systems are covered.
-
-[<img src="./images/proc16.png" width="800" height="600" />](./images/proc16.png)
+   Click on the result icon  <img src="images/result.png" alt="Alt text" style="height:80px;width:80px;"> to view the result tab
+
+  ![Alt text](images/img3.png)
+</div>