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Pythagorean
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what kind of fund stuff do you get to do as a nuclear engineer?
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Danger said:One of the first steps was learning to spell his name...
Doc Al said:But I can...
I thought something had happened to me too!Mallignamius said:Whew! I thought something happened to him. Don't do that!
Astronuc said:Mostly thermo-mechanical (numerical and highly non-linear) analysis of nuclear fuel under the normal steady-state and transient operating conditions, and not so normal conditions that hopefully will never happen except in special experiments.
Well, it's not plasma. We like to keep our fuel solid and dimensionally stable, but there is bounded chaos in the sense that it is stochastic. This is particularly challenging when trying to define the technical limit(s) of operating fuel and then operating as close to the technical limit without failing.Pythagorean said:Is this in any way related to chaos theory in plasmas? SOC systems and what not?
Or do both. There is a lot of numerical analysis in physics and engineering now, because we can't possible do experiments on all conceivable combinations of variables. So we build numerical models based on what limited experiments we can do, and then we try to predict/forecast what happens in a given situation. It's very satisfying to do a prediction beforehand and then have an experiment or actual situation do pretty much what the simulation predicted.Mallignamius said:Physics I think I would love... Programming I think I could handle.
Astronuc said:Or do both. There is a lot of numerical analysis in physics and engineering now, because we can't possible do experiments on all conceivable combinations of variables. So we build numerical models based on what limited experiments we can do, and then we try to predict/forecast what happens in a given situation. It's very satisfying to do a prediction beforehand and then have an experiment or actual situation do pretty much what the simulation predicted.
As a nuclear engineer, the most exciting aspect is the opportunity to work with cutting-edge technology and solve complex real-world problems related to nuclear energy. This field offers a unique blend of science, engineering, and innovation that can be both challenging and rewarding.
Question 2:While it may sound like a glamorous activity, nuclear engineers do not "play" with radioactive materials. They are highly trained professionals who handle these materials in a safe and controlled manner for research, energy production, or medical purposes. Safety protocols and regulations are strictly followed to prevent exposure to harmful radiation.
Question 3:Nuclear engineers conduct a wide range of experiments, including designing and testing new reactor components, studying the effects of radiation on materials, and developing new methods for nuclear waste management. They also use computer simulations and modeling to analyze data and predict outcomes.
Question 4:While many nuclear engineers do work in power plants, there are also opportunities in other industries such as healthcare, national defense, and research and development. Nuclear engineers are also involved in designing and maintaining nuclear propulsion systems for naval vessels and spacecraft.
Question 5:Nuclear engineers play a crucial role in providing clean and reliable energy to communities, which helps reduce our dependence on fossil fuels and mitigate climate change. They also contribute to advancements in medical imaging and cancer treatment, as well as national security through the development of nuclear weapons and reactors for naval vessels.