How Can I Design a Fluid System with a Specific Mass Flow Rate?

In summary, the conversation discusses a project in System Dynamics course that involves designing a fluid system with a Qout of 0.95 and a specified mass flow rate. The person is looking for guidance on how to approach the problem and asks about any limitations or need for optimization. They also suggest using a buffer tank and ask if there is a known relationship between flow from a tank and flow from a pipe.
  • #1
AliSadiq
2
0
THIS HOMEWORK PROBLEM WAS SUBMITTED TO THE WRONG FORUM, SO NO TEMPLATE WAS USED. ALSO, IN THE FUTURE, SOME EFFORT IS REQUIRED.
Hello friends I am from Saudi Arabia . I have a project in System Dynamics course . The Project is to design a fluid system that Qout should be 0.95 Mass flow rate enter the system.see the attached file for more information . Please if someone can give me a hint or the procedure how to start solving the problem .
 

Attachments

  • ME 333 Project_Fall2014-15.pdf
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  • #3
Well, what are the circumstances for this exercise? Any limitations? Any need for optimization? Are you allowed to bring in some kind of buffer tank, or perhaps even a flow controller ? You might want to provide some more info to get adequate assistance ...

Assuming a buffer tank is allowed, and going for a simple solution: do you know a relationship between flow from a tank as a function of level ? Flow from a pipe as a function of pressure ?
 

FAQ: How Can I Design a Fluid System with a Specific Mass Flow Rate?

1. What is System Dynamics?

System Dynamics is an interdisciplinary field that involves the study of complex systems and their behavior over time. It uses principles from various disciplines such as engineering, mathematics, and computer science to model and analyze the behavior of systems, including fluid systems.

2. How does System Dynamics apply to fluid systems?

System Dynamics can be applied to fluid systems by using mathematical models to describe the behavior of fluids, including their flow, pressure, and temperature. These models can be used to understand how changes in one aspect of the system can affect the overall behavior and performance of the fluid system.

3. What are the benefits of using System Dynamics in fluid systems?

System Dynamics allows for a more comprehensive and holistic understanding of fluid systems. It can help identify potential issues or inefficiencies in the system and provide insights on how to improve its performance. Additionally, it can also aid in the design and optimization of fluid systems.

4. What are some common applications of System Dynamics in fluid systems?

System Dynamics has various applications in fluid systems, including analyzing the behavior of pumps, turbines, and other fluid components, optimizing the flow and pressure in pipelines, and predicting the performance of hydraulic systems. It is also used in industries such as oil and gas, water treatment, and aerospace engineering.

5. What are the challenges of using System Dynamics in fluid systems?

One of the main challenges of using System Dynamics in fluid systems is the complexity and nonlinearity of the systems. It can be challenging to accurately model and simulate all the components and variables involved. Additionally, obtaining accurate data and parameters for the models can also be a challenge. Proper validation and calibration of the models are crucial for accurate predictions and analysis.

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