Design of Experiments Ideas - Control Systems?

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SUMMARY

The discussion revolves around generating project ideas for a Design of Experiments class with a focus on control systems. Participants suggest various experiments, including wind tunnel testing, tensile strength testing, and food recipe optimization, all involving controllable factors. Specific control systems are proposed, such as gun barrel movement control systems, autopilot systems in aircraft, and trajectory control systems for rockets. The goal is to identify manageable projects that incorporate statistical analysis and optimize results based on varying control variables.

PREREQUISITES
  • Understanding of Design of Experiments (DOE) principles
  • Familiarity with statistical analysis techniques
  • Knowledge of control systems engineering
  • Experience with experimental design and data collection
NEXT STEPS
  • Research wind tunnel testing methodologies and factors affecting aerodynamic behavior
  • Explore tensile strength testing parameters and their impact on material performance
  • Investigate control systems in military applications, specifically gun barrel movement systems
  • Study autopilot systems in aviation to understand input-output relationships
USEFUL FOR

Graduate students in engineering, particularly those focusing on control systems and experimental design, as well as researchers seeking to apply statistical analysis in practical experiments.

fluidmech
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Hi everyone,

I'm taking a Design of Experiments class which is focused on statistically designed experiments. I'm a bit lost for project ideas and this is my first graduate class. Would anyone have any ideas for an experiment that would have at least controllable factors that might have anything to do with control systems?

Thanks in advance!
 
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fluidmech said:
Hi everyone,

I'm taking a Design of Experiments class which is focused on statistically designed experiments. I'm a bit lost for project ideas and this is my first graduate class. Would anyone have any ideas for an experiment that would have at least controllable factors that might have anything to do with control systems?

Thanks in advance!

Can you say more about what "statistically designed experiments" means? What have other students done in the past for this project?
 
berkeman said:
Can you say more about what "statistically designed experiments" means? What have other students done in the past for this project?
It could be something to the effect of wind tunnel testing to study aerodynamic behavior. In this case you would have a lot of different factors that could affect the results of the test, such as aerodynamic profile, wind speed, air pressure, air temperature, etc. The goal of the experiment would be to optimize the results based on varying control variables.

Examples would include:
  • Wind tunnel testing (many different input factors)
  • Tensile strength testing (affected by heat treatment, material composition, material supplier, cross sectional area, etc)
  • Taste of a food recipe (different amounts of ingredients, cooking temperature, time, etc
If possible, I would like to do something related to Control Systems, but I can't really think of any good ideas. My plan is to email Professors to see if they have any ideas for something that could benefit their research. A portion of the experiment would be statistical analysis, including statistical significance of various factors.

Suggestions?
 
fluidmech said:
It could be something to the effect of wind tunnel testing to study aerodynamic behavior. In this case you would have a lot of different factors that could affect the results of the test, such as aerodynamic profile, wind speed, air pressure, air temperature, etc. The goal of the experiment would be to optimize the results based on varying control variables.

Examples would include:
  • Wind tunnel testing (many different input factors)
  • Tensile strength testing (affected by heat treatment, material composition, material supplier, cross sectional area, etc)
  • Taste of a food recipe (different amounts of ingredients, cooking temperature, time, etc
If possible, I would like to do something related to Control Systems, but I can't really think of any good ideas. My plan is to email Professors to see if they have any ideas for something that could benefit their research. A portion of the experiment would be statistical analysis, including statistical significance of various factors.

Suggestions?

So you want some sort of control system that has a number of inputs that need to be processed? If so, maybe:
  • The gun barrel movement control system on a main battle tank -- there are a number of sensors that feed into the control system that let's the tank be so amazingly accurate at long distances and while the tank is moving. Can you name some of the inputs and the outputs of this control system?
  • Autopilot systems on aircraft -- what are some of the inputs and outputs for such a system?
  • Trajectory control systems for rockets -- what are the sensors and what are the outputs? :smile:
 
berkeman said:
So you want some sort of control system that has a number of inputs that need to be processed? If so, maybe:
  • The gun barrel movement control system on a main battle tank -- there are a number of sensors that feed into the control system that let's the tank be so amazingly accurate at long distances and while the tank is moving. Can you name some of the inputs and the outputs of this control system?
  • Autopilot systems on aircraft -- what are some of the inputs and outputs for such a system?
  • Trajectory control systems for rockets -- what are the sensors and what are the outputs? [emoji2]
These are fantastic suggestions but probably too large of a scope to be achievable within the semester.

That being said, maybe I'll think about something along the lines that is a bit smaller scale..
 
I have encountered a vertically oriented hydraulic cylinder that is designed to actuate and slice heavy cabling into sections with a blade. The cylinder is quite small (around 1.5 inches in diameter) and has an equally small stroke. The cylinder is single acting (i.e. it is pressurized from the bottom, and vented to atmosphere with a spring return, roughly 200lbs of force on the spring). The system operates at roughly 2500 psi. Interestingly, the cylinder has a pin that passes through its...

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