Recent content by ztluhcs
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Z
Schools Starting freshman year and aiming for MIT grad school
Listen to this advice. As someone who went to a decent undergrad school and is now attending a very respectable grad school, I would second the opinion that you just can't plan out your career like I'm hearing a lot of in this thread. Just take your time and enjoy the journey. Have fun. Learn...- ztluhcs
- Post #13
- Forum: STEM Academic Advising
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Z
Programs Where to find PhD and Masters Thesis online?
My group posts all dissertations from all past students. I wouldn't be surprised if others do as well. I would suggest finding groups that are working in a field you're interested in and checking their websites. http://hanson.stanford.edu/index.php?loc=publications_dissertations- ztluhcs
- Post #13
- Forum: STEM Academic Advising
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What are the fastest growing fields in engineering?
If you're only concerned about the job market petroleum engineers make the highest average salary of all undergraduate degrees. This field is very different than biomedical though. The key is to work on something you love, because whatever you pick it will not be an easy road. You need to make...- ztluhcs
- Post #2
- Forum: STEM Academic Advising
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Mechanical engineering graduate transferring to civil engineering
This may not be too helpful, but I have a friend who is currently doing structural engineering in the civil engineering department at Stanford after doing a bachelor of engineering in mechanical and a couple years of work experience at a mechanical-oriented company, so I think this transition...- ztluhcs
- Post #2
- Forum: STEM Academic Advising
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Z
Integrating Torque With Force as a Function of Radius
Well, velocity is a function of radius, so you can write F = constants * r^2 so then dF = 2*constants*r*dr This would give: dT = dF x r dT = 2 * constants * r^2 * dr T = 2/3 * constants * R^3 which is different than either of my other proposed solutions! Does this seem correct?- ztluhcs
- Post #3
- Forum: Introductory Physics Homework Help
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Z
Integrating Torque With Force as a Function of Radius
Homework Statement In this problem, I am asked to find the total torque acting on a device consisting of two open half-cylinders connected to a shaft rotating in a fluid. To clarify, they are half-cylinders in the sense that they have been cut in half in the lengthwise direction and are...- ztluhcs
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- Force Function Radius Torque
- Replies: 3
- Forum: Introductory Physics Homework Help