How to start learning mechanics?

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To start learning mechanics and engage in small mechanical projects, it is recommended to focus on hands-on experience, particularly through project cars that can be disassembled and reassembled. Engaging in such projects allows for practical learning and application of mechanical principles. High school students are encouraged to study foundational texts like H.C. Verma and explore additional resources such as Chilton and Haynes manuals, which provide detailed insights into engine and transmission mechanics. Additionally, interests in specific fields like thermal engineering and desalination technology can be pursued through targeted research and projects. Overall, the emphasis is on practical experience and utilizing available resources to enhance understanding and skills in mechanics.
promech
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Hi all,

How do I start learning mechanics and conduct small mechanical projects?

What procedures, websites, books and software do I follow and learn for this purpose?
 
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Did you have anything specific in mind?
 
Yes, I do. Thermal engineering and desalination technology.

But the thing is I love mechanics and my learning would be for the sake of pleasure.
 
me too dear i love mechanics very much but i don't how to start. currently I'm in high school and I'm studying H.C.VERMA and some other mechanics books if you got any projects or any new books pleasez convey me
 
Johnhodges80 said:
The best way to start as i did myself at a young age is to get your self a project car. Something that you can take apart and put back together without having to drive it everyday. I started when i was 14 buy saving up a few hundered bucks and buying a 1979 mustang 5.0 It ran but it needed a transmission and it was wrecked in the front so i began redoin the car.

I kept on putting my allowance and my grass cutting money into it and when i got my license 2 years later i had a decent ride. You could also put add ons on your Clbalt and tinker around with it. Or get a chilton book or Haynes manual and study them they show the whole engines and transmissions inside out. Good luck

Whatever, Clbalts can't be made into trve mvscle by adds or multiplescation.
 
I’ve been looking through the curricula of several European theoretical/mathematical physics MSc programs (ETH, Oxford, Cambridge, LMU, ENS Paris, etc), and I’m struck by how little emphasis they place on advanced fundamental courses. Nearly everything seems to be research-adjacent: string theory, quantum field theory, quantum optics, cosmology, soft matter physics, black hole radiation, etc. What I don’t see are the kinds of “second-pass fundamentals” I was hoping for, things like...
I have a specialization in condensed matter physics and materials physics, and off-late, I have been seeing a lot of research directions moving towards quantum computing (AMO and non-linear optics) and the huge chunk of quantum materials research (and funding) is dedicated towards QIS and QC research. I am wondering (sort of in a dilemma), if I should consider switching my field? I am currently at the stage of a postdoc.

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