PhD student in Floating Offshore wind turbines

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In summary, a PhD student in Floating Offshore wind turbines is a graduate student studying renewable energy, with a focus on designing and implementing wind turbines in offshore environments. Studying this field is crucial for increasing renewable energy and there are challenges such as the complex offshore environments and limited resources. Necessary skills include engineering, data analysis, and project management, and career opportunities include research, engineering, and academia.
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Jess1980
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How did you find PF?
I googled "aerodynamics forum"
Hi,

I'm doing a PhD on floating offshore wind turbines. I should be done with my PhD soon, but still need to write up quite a lot of theory and reports about experimental data.
 
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Welcome to PF.

That sounds like an interesting subject. I wonder how deep it is practical to anchor a platform.
 
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Hi,
in case your reply was a question, here is some quick general info on this which I read at the beginning of my PhD (so it might not be 100 % accurate): Floating platforms get interesting when the water depth exceeds 50 m. For water more shallow than this, it's better to install bottom founded wind turbines. I've heard of water depths of up to 700 m being feasible, though, the deeper you go and further away from the coast, the more expensive it gets, so the wind resource needs to be sufficiently powerful for the installation to be worth it). It also depends on the platform, SPAR type platforms need a minimum depth of 200 m.
 
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Jess1980 said:
in case your reply was a question
Our Mentor @anorlunda is a very accomplished sailor, so I'm sure he (and I) are curious to learn more about ocean-based renewable energy state-of-the-art solutions. It's great to have you here.

Perhaps after you get comfortable with the PF and you get farther along in your PhD work, you might consider writing an Insights article for the PF about ocean-based wind farm energy production. That sounds like a very interesting article, IMO.

You can ask @anorlunda about writing Insights articles here, since he has written a number of them related to the power distribution grid, including this recent one about renewable energy sources and the grid... :smile:

https://www.physicsforums.com/insights/renewable-energy-meets-power-grid-operations/
 
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berkeman said:
Our Mentor @anorlunda is a very accomplished sailor...
Ahem - and power engineer!
 
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russ_watters said:
Ahem - and power engineer!
I thought that was pretty obvious from his Insights articles... :wink:
 
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berkeman said:
Our Mentor @anorlunda is a very accomplished sailor, so I'm sure he (and I) are curious to learn more about ocean-based renewable energy state-of-the-art solutions. It's great to have you here.

Perhaps after you get comfortable with the PF and you get farther along in your PhD work, you might consider writing an Insights article for the PF about ocean-based wind farm energy production. That sounds like a very interesting article, IMO.

You can ask @anorlunda about writing Insights articles here, since he has written a number of them related to the power distribution grid, including this recent one about renewable energy sources and the grid... :smile:

https://www.physicsforums.com/insights/renewable-energy-meets-power-grid-operations/
Hi,
I'm a little busy right now, trying to write up my thesis as quickly as possible. If you do want me to write something in the future, I'd need to know what the purpose of the articles is, that is what kind of public are you addressing. My work was very technical, and though I have some knowledge of what interests the general public, I certainly do not have more knowledge of what anyone could find easily on the internet, as most of my knowledge is basically coming from literature review. I did write up a somewhat interesting summary of the historic development of the use of wind energy, which summaries the content of several books (and unfortunately ended up not being very relevant to my PhD, so basically useless so far, except for satisfying my own curiosity...).
 
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Jess1980 said:
If you do want me to write something in the future
I agree that it would be welcome. But take your time to get used to PF first. Browse our forums. Read several threads, and look at some of our PF Insights articles. Some articles target beginners, and other articles target experts.

I see anchoring as a very interesting challenge, but also transmitting the power to shore as another big challenge.

But this is the New Member Introduction forum. We're not supposed to conduct technical discussions here.
 

FAQ: PhD student in Floating Offshore wind turbines

What is a PhD student in Floating Offshore wind turbines?

A PhD student in Floating Offshore wind turbines is a graduate student who is pursuing a doctoral degree in the field of renewable energy, specifically focusing on the design, development, and implementation of wind turbines that are able to operate in offshore environments.

What is the importance of studying Floating Offshore wind turbines?

Floating Offshore wind turbines have the potential to significantly increase the amount of renewable energy that can be generated from wind power, as they can be deployed in deeper waters and in locations where traditional fixed-bottom turbines are not feasible. Therefore, studying and developing these technologies is crucial for the transition to a more sustainable energy future.

What are the main challenges faced by PhD students in this field?

Some of the main challenges faced by PhD students in Floating Offshore wind turbines include the complex and dynamic nature of offshore environments, the need for innovative and cost-effective designs, and the limited availability of data and resources for research and development.

What skills and knowledge are necessary for a PhD student in Floating Offshore wind turbines?

A PhD student in this field should have a strong background in engineering, particularly in areas such as wind energy, fluid mechanics, and structural analysis. They should also possess skills in data analysis, computer programming, and project management, as well as a deep understanding of the principles and challenges of offshore wind technology.

What are the career opportunities for a PhD student in Floating Offshore wind turbines?

Graduates with a PhD in Floating Offshore wind turbines can pursue careers in research and development, design and engineering, project management, and consulting in the renewable energy industry. They may also find opportunities in academia as professors or researchers at universities or research institutions.

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