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Fundamentals of Fluid Power(으)로 돌아가기

미네소타 대학교의 Fundamentals of Fluid Power 학습자 리뷰 및 피드백

1,014개의 평가
303개의 리뷰

강좌 소개

Fluid power has the highest power density of all conventional power-transmission technologies. Learn the benefits and limitations of fluid power, how to analyze fluid power components and circuits, and how to design and simulate fluid power circuits for applications. In this course, you will be introduced to the fundamental principles and analytical modeling of fluid power components, circuits, and systems. You will learn the benefits and limitations of fluid power compared with other power transmission technologies; the operation, use, and symbols of common hydraulic components; how to formulate and analyze models of hydraulic components and circuits; and how to design and predict the performance of fluid power circuits. This course is supported by the National Science Foundation Engineering Research Center for Compact and Efficient Fluid Power, and is endorsed by the National Fluid Power Association, the leading industry trade group in fluid power....

최상위 리뷰

2020년 10월 1일

Really excellent course for someone who wants to start learning the basics of fluid to advance level of hydraulic system where you can get a practical overview of the product been used in real life.

2020년 5월 30일

This was the Best Course I have done so far. The instructors are totally dedicated to teach. They have given practical examples on field and industry for the Better Understanding.Thank You.

필터링 기준:

Fundamentals of Fluid Power의 295개 리뷰 중 126~150

교육 기관: Joshua K

2016년 12월 26일

Not too heavy on theoreticals and gives a wide array of industrial applications.

교육 기관: Prasanth S N

2020년 12월 12일

very systematical and detail learning was possible . thank you for the course

교육 기관: Adam L

2020년 8월 21일

This is a very good course and provides an excellent overview of fluid power.

교육 기관: Akshaya S

2020년 11월 15일

Awesome course. Very challenging. New things learnt. Thank you Professors.

교육 기관: Mostafa A

2017년 10월 30일

It is an amazing introduction who want to start in the fluid power science

교육 기관: Ashin S M

2020년 7월 15일

The course is more effective to learned about fundamentals of fluid power

교육 기관: UMAR J

2017년 6월 23일

This course was very learn-able and also very related to my qualification

교육 기관: Alex K

2016년 10월 21일

I found this course to be an excellent introduction to hydraulic systems.

교육 기관: Jakshil G

2020년 7월 28일

I start my career in fluid power, This course really helped in my career

교육 기관: Kedar H P

2020년 9월 15일

Got me interesting into industrial automation using fluid power systems

교육 기관: Xuan L

2019년 9월 13일

By far the best overview online course on hydraulics that I can find...

교육 기관: Nishant A

2020년 5월 20일

This course provided Great insight to the application of Fluid Power.

교육 기관: Tiago F C d S

2016년 12월 26일

Very good course... objective and very informative... recommend...

교육 기관: Gerin V G

2021년 3월 19일

Awesome time worthy course. Hope to find more courses like this.

교육 기관: VEDA

2020년 5월 21일

Received very useful insights and enjoyed the program very much!

교육 기관: Shruthi K

2017년 8월 6일

This was a rewarding experience. I really enjoyed it. Thank you!

교육 기관: Dr M S

2020년 10월 12일

Excellent quality. Thanks for all the effort that went into it.

교육 기관: Vinith S S

2020년 5월 22일

Very interesting course and lecture explanations are very good.

교육 기관: Néstor I

2020년 4월 5일

Awesome ways of teaching through practical and didactic methods

교육 기관: Okan A

2018년 4월 18일

Examples were simple but effective and teachers are phenomenal.

교육 기관: Mohamed A

2017년 1월 20일

Very powerful MOOC in fluid mechanics, thank you to its makers.

교육 기관: Mohamed F

2018년 1월 20일

Thanks very much for this great course and your great effort.

교육 기관: Harold V R

2017년 6월 3일

Excellent. interesting and important content.

I learned a lot.

교육 기관: Guillermo A E C

2017년 3월 7일

Excellent course, the practice and excercises are very useful

교육 기관: Luz I

2020년 8월 18일

Excelente curso, muy agradecida con la información brindada.