Tutorial Penggunaan Software Kazemaru & Analisis Jaringan Ventilasi

Summary

In this tutorial, Wali from the Mining Engineering department at Universitas Mulawarman introduces the process of analyzing underground mine ventilation networks using Kazemaru software. The video walks viewers through the steps of setting up layers, configuring parameters, and creating a ventilation system model. Wali demonstrates how to input data for ventilation holes, adjust settings, and analyze the network's flow and accuracy. The tutorial emphasizes the use of various tools in Kazemaru, from creating openings to visualizing the system in 3D. The session concludes with saving the project and exporting the results for further use.

Takeaways

• 😀 The tutorial is focused on using Kazemaru software for underground mine ventilation network analysis.
• 😀 The presenter, likely named Wali, is from the Department of Mining Engineering at Universitas Mulawarman, Magetan 2018.
• 😀 Key tools in Kazemaru include options for creating new layers, setting parameters, zooming, and updating screens.
• 😀 Tools in the software allow users to add ventilation shafts, move data, and adjust airflow networks.
• 😀 The software includes features for adding fans and modifying airflow routes within the underground mine.
• 😀 The tutorial involves setting parameters, such as elevations and specific measurements, for creating network designs.
• 😀 A specific example is given of creating data for various numbered ventilation shafts with different depths below ground level.
• 😀 The software allows users to simulate airflow and analyze ventilation systems in 3D, which can be adjusted to preferences.
• 😀 There is a process for adjusting the ventilation system's accuracy, which involves refining flow rates and other parameters.
• 😀 After completing the analysis, users can save and visualize the network output in 3D, with different colors representing various elements (e.g., surface, ground, fans).

Q & A

What is the primary purpose of the Kazemaru software in the script?

The primary purpose of the Kazemaru software in the script is to analyze underground ventilation networks in mining operations, particularly for the optimization of airflow and ventilation in mines.

What are some of the tools mentioned in Kazemaru and their uses?

Some of the tools mentioned include tools for creating new layers, setting parameters, updating the screen, zooming in/out, creating openings, adjusting ventilation flow, and adding fans for airflow management.

What does the term 'elevation' refer to in the context of the software's use?

In the context of the software, 'elevation' refers to the vertical height or depth of specific points in the underground mine system, which is essential for setting up the correct ventilation analysis.

How does the user set up the initial conditions for the analysis in Kazemaru?

The user begins by inputting various data points such as surface level, machine elevation, and depth measurements for different locations within the mine to establish the baseline conditions for the analysis.

What does the tool 'New Roads' do in Kazemaru?

The 'New Roads' tool in Kazemaru is used to create the flow paths for ventilation from specific openings in the mine, helping to establish the network for airflow analysis.

How does Kazemaru assist in modifying the network data?

Kazemaru allows the user to modify network data by adjusting the ventilation pathways, adding or moving elements like fans or openings, and analyzing the flow of air based on these changes.

What is the significance of the 'Fan' tool in Kazemaru?

The 'Fan' tool is used to model and simulate the airflow in the ventilation system, helping to manage the distribution of air in the underground mine environment.

What does the analysis output in Kazemaru provide?

The analysis output in Kazemaru provides a visual representation of the ventilation network, showing airflow paths, the positions of fans, and other components, often displayed in a 3D view.

How is accuracy assessed in Kazemaru’s analysis?

Accuracy in Kazemaru’s analysis is assessed through a numerical result, such as an accuracy value (e.g., 0.008), which indicates how well the model's simulated airflow matches the desired conditions.

How does the user save and output the analysis results in Kazemaru?

The user saves the analysis results by selecting the appropriate save options in Kazemaru, and can output the data in different formats, such as 3D visual representations or file formats suitable for further use or sharing.