Master Mechanical DESIGN
Master Mechanical DESIGN
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Hydraulic MasterClass: Essential Components, Working & Common Myths
Welcome to the first lesson in our Hydraulic System Design series! This video is your starting point for understanding the fundamentals of hydraulic systems and their essential components.
In this video, i have covered
Key Components: the five essential parts of any hydraulic system, including the oil reservoir, pump, motor, pressure relief valve, and directional control valve.
Hydraulic Circuits: Understand how hydraulic circuits are designed for continuous oil recirculation and how actuators like cylinders perform mechanical work.
Debunking Myths: Clarify common misconceptions, such as the belief that hydraulic pumps create pressure. Learn what truly determines the working pressure in a hydraulic system.
System Design Basics: Explore how hydraulic systems handle high pressures and how oil compression is accounted for in advanced designs.
This lesson is designed to provide detailed insights in simple language, ensuring you can grasp even complex concepts with ease. I have also explained how hydraulic systems differ from pneumatic systems and why these systems are used in heavy-duty industrial applications like cranes, forklifts, and press machines.
By the end of this video, you’ll have a clear understanding of how hydraulic systems work and their core components. This knowledge will prepare you for future lessons in the series, where we’ll dive into advanced topics like designing hydraulic circuits, calculating forces, and selecting components.
Chapters:
00:00 What we will learn
00:57 Main components of hydraulic system
03:33 Hydraulic oil grades and Oil reservoir
07:40 Hydraulic pump
11:11 Pressure relief valve
12:31 Hydraulic working pressure
16:40 Hydraulic Directional control valves
19:05 Hydraulics vs Pneumatic
Copyright Disclaimer: Master Mechanical DESIGN is an educational channel, Provides Industrial Machine design related education, and sometime we uses clips and images from website like Pexels, pixabay and UA-cam clips to explain about the machine design, But all under section 107 of the copyright Act 1976, allowance is made for FAIR USE for purpose such as criticism, comment, news reporting, teaching, scholarship and research.
#hydraulic
#mechanicaldesign #designenginner #Machinedesign #Mechanical
Переглядів: 32 707

Відео

Motor Sizing Calculation with "Moment of Inertia" - Rotary Indexing table
Переглядів 16 тис.Місяць тому
Hi, in this video I have explained everything about motor sizing calculation, servo motor sizing for rotary indexing table, and induction motor sizing for belt conveyor Black Friday special offer: $5 for a Screw Nut Set with 1750pcs! jlcmc.com/product/b/E02/BR9688/hex-cylinder-screw-nut-set-m3-m6?from=mmnut Register & Enjoy $19 coupons👉 jlcmc.com/?from=ayush and to master the motor sizing calcu...
GD&T Masterclass | Virtual condition and Resultant Condition
Переглядів 2,8 тис.2 місяці тому
In this video I have explained all type of worst-case boundaries in geometrical dimension and tolerance for mechanical design engineers, Inner boundary, Outer boundary, Virtual conditions at MMC and Resultant condition at MMC I have also explained their applications, their calculations with graphical animation. I have also explained why virtual condition boundary acceptance boundary for inspect...
Everything about GD&T Rule 1 and Rule 2 [YOU DON'T KNOW]
Переглядів 4,5 тис.3 місяці тому
In this lesson, I have explained everything about Geometric Dimensioning and Tolerancing (GD&T) Rule #1 and Rule #2. Not only will you understand what they are, but also their applications, where they apply, where they don’t, and most importantly how they can override each other. I have also explained how Rule #1 - “Perfect form at MMC” helps designers by addressing concerns about worst-case as...
All about MMC & LMC Modifier | GD&T Masterclass
Переглядів 7 тис.4 місяці тому
In this video, I explain the concepts of MMC (Maximum Material Condition) and LMC (Least Material Condition) in detail. I cover what these terms mean in general and how they apply as material condition modifiers in a GD&T control frame, specifically with position tolerance, flatness, and other geometric tolerances. You'll learn why the MMC modifier is commonly used in real-world assembly scenar...
Complete Guide to Steel Hardening Process | Quenching and Case hardening Heat treatment process
Переглядів 24 тис.5 місяців тому
Understanding the steel hardening process is extremely important for a mechanical design engineer. In this video, I explain everything about steel hardening, including what hardening is and how to measure hardness using various scales like Rockwell hardness (HRC, HRB), Vickers hardness, and Brinell hardness. I also cover different methods of hardening steel, such as water quenching and oil quen...
Complete Guide to Bearing Fits & Tolerance, Seat Surface Finish & Bearing seat total Run-out
Переглядів 79 тис.6 місяців тому
This video is complete guide to selection of right fit and tolerance for a Bearing seat, bearing seat is very important surface and impact bearing life, so I have also explained how much run out control and surface finish should apply bearing seats on the shaft and in the housing, this video is specially designed for Mechanical design engineers. 👉 JLCMC Website: jlcmc.com/?from=MMD 📝 Bearing fi...
Keyless Shaft Locking Mechanical Design - "Power Lock"
Переглядів 8 тис.7 місяців тому
What if motor is without key slot? how we can transfer the power and motion from a complete round shaft? this is video for solution of keyless shaft, In this video I have explained different keyless frictional locking mechanism and device, there are mainly two options, if we don't want to do any machining over motor shaft, one is split hub clamping method, and second is power lock also known as...
GD&T Rule 1- Feature and Feature of Size, Regular and Irregular Feature of size
Переглядів 7 тис.7 місяців тому
This is chapter 1 of GD&T Geometric dimensioning and tolerating Master class series, In this chapter i have explained Feature, Feature of size, Type of feature of size- Regular feature of size and irregular feature of size, and most importantly why we should know that what are regular feature of size and what are irregular feature of size, or just a feature, because without understanding of fea...
7 Main Reason to Make Drawings in GD&T | Mechanical Design Engineers must Know
Переглядів 5 тис.8 місяців тому
In this video I have explained why a mechanical design engineer should always prefer GD&T (Geomatic dimensioning and tolerancing) method to make manufacturing drawings for mechanical parts, instead traditional coordinate direct dimensioning method, I have explained main 7 reasons, 7 main disadvantages, shortcoming of traditional coordinate direct dimensioning method in following chapters. Chapt...
How To Learn GD&T as DESIGN Engineer | Lesson 01 | MasterClass Series
Переглядів 16 тис.9 місяців тому
In this video I have explained, how to learn GD&T Geometric dimensioning and tolerancing as a mechanical design engineer, means how to create GD&T drawing, with a practical example, where i have shown what is design intent of a part, and then how to communicate that design intent into GD&T drawing. and as outcome of example i have explained what the three core skills are we should master as a d...
Bearing Sizing Calculation on Bearing Lubrication Condition
Переглядів 5 тис.9 місяців тому
Bearing sizing calculation on the basic of bearing lubrication conditions In this video, I have explained how to do sizing of bearing in all types of lubrication condition Like full film lubrication, Boundary lubrication and mixed lubrication, because knowing the lubrication condition within bearing is the first of bearing sizing, I have also explain how to calculate bearing viscosity ration K,...
Mechanical SPRING Selection Calculation | "Step by Step" SPRING Selection Procedure
Переглядів 21 тис.10 місяців тому
Mechanical Spring Selection Calculation In this video I have explained everything about mechanical spring selection, with a very interesting example. I have also almost all types of mechanical spring and their application in machine design, what is hook's law of spring, what is spring deflection ratio, what is spring index, what is spring constant and how to calculate, in given example you will...
Coupling Selection Procedure | Complete Guide to Coupling Sizing Calculation | All Types of Coupling
Переглядів 12 тис.11 місяців тому
Coupling Selection Procedure | Complete Guide to Coupling Sizing Calculation | All Types of Coupling In this video i have explained, coupling selection procedure in three basic steps, first is selecting the Right type of coupling, according to application acceptable backlash, Type and amount of misalignment between shafts. and after selecting the right type of coupling in second step, we should...
Bearing Size Calculation | Basic Rating Life L10 Calculation
Переглядів 22 тис.11 місяців тому
Bearing Basic Rating Life L10 Calculation | Ultimate Guide to Bearing Selection Calculations In this video You will learn How to do Bearing sizing calculation means how to calculate and validate the bearing rating life L10 of selected size bearing I have also explained What is bearing life, bearing service life and Bearing rating life, what is actual meaning of L10 Life, with examples calculati...
How to Choose Right Bearing in Machine Design
Переглядів 15 тис.Рік тому
How to Choose Right Bearing in Machine Design
All About Self-Aligning Bearing - Spherical Roller Bearing, CARB Toroidal and Insert Bearing
Переглядів 7 тис.Рік тому
All About Self-Aligning Bearing - Spherical Roller Bearing, CARB Toroidal and Insert Bearing
All Types BSP Threads Explained!! Confusion THE END 😎 G fittings, Rc fitting, R thread, BSPT, Rs, Rp
Переглядів 11 тис.Рік тому
All Types BSP Threads Explained!! Confusion THE END 😎 G fittings, Rc fitting, R thread, BSPT, Rs, Rp
Four Point Contact Ball Bearing, Double Row Angular Contact Bearing, Type of Angular Contact Bearing
Переглядів 7 тис.Рік тому
Four Point Contact Ball Bearing, Double Row Angular Contact Bearing, Type of Angular Contact Bearing
Angular Contact Bearing Preload and Bearing Internal Clearance
Переглядів 24 тис.Рік тому
Angular Contact Bearing Preload and Bearing Internal Clearance
Angular Contact Bearing Arrangement Selection | Back to Back Bearing Arrangement
Переглядів 21 тис.Рік тому
Angular Contact Bearing Arrangement Selection | Back to Back Bearing Arrangement
(QNA) Mechanical Design Engineering Questions and Answer
Переглядів 2,1 тис.Рік тому
(QNA) Mechanical Design Engineering Questions and Answer
All Types of Thrust Bearings Explained with example! Thrust bearing animation
Переглядів 35 тис.Рік тому
All Types of Thrust Bearings Explained with example! Thrust bearing animation
Timing Belt and Pulley Selection Calculation in Machine Design | Complete Guide
Переглядів 27 тис.Рік тому
Timing Belt and Pulley Selection Calculation in Machine Design | Complete Guide
What is Bearing | How Bearing Works ? Types of Radial Bearings
Переглядів 10 тис.Рік тому
What is Bearing | How Bearing Works ? Types of Radial Bearings
History of Bearings | How Bearing Invented!!
Переглядів 4,9 тис.Рік тому
History of Bearings | How Bearing Invented!!
Bearing Masterclass Series for Mechanical DESIGN Engineer! Road map
Переглядів 4,1 тис.Рік тому
Bearing Masterclass Series for Mechanical DESIGN Engineer! Road map
Skills required to Design Engineer | Master Mechanical Design
Переглядів 10 тис.Рік тому
Skills required to Design Engineer | Master Mechanical Design
How to Make Drawing in GD&T Step By Step | Geometrical dimensioning and tolerance tutorial
Переглядів 13 тис.Рік тому
How to Make Drawing in GD&T Step By Step | Geometrical dimensioning and tolerance tutorial
Gearbox Selection Calculation | Planetary, Worm, Bevel, Helical | Reduction Gearbox Calculation
Переглядів 31 тис.Рік тому
Gearbox Selection Calculation | Planetary, Worm, Bevel, Helical | Reduction Gearbox Calculation

КОМЕНТАРІ

  • @Sita_Ram_Das
    @Sita_Ram_Das 3 хвилини тому

    Informative Video...Indeed

  • @kunalsarode9233
    @kunalsarode9233 4 години тому

    What's the purpose of tolerance and cle

  • @karimahmed-p7b
    @karimahmed-p7b 5 годин тому

    very useful videos, I hope you to continue with videos like that. Thank you very much

  • @Sita_Ram_Das
    @Sita_Ram_Das 9 годин тому

    Good Video Indeed...

  • @chinthanaperera1277
    @chinthanaperera1277 10 годин тому

    37:57 If we do not give the vertical relaxation here , that we can use this mechanism in horizontal actuator without backlash. i mean there no need to rotate some angle the ball screw to start the plate sliding. Am i correct. i am expecting a answer from you brother. thank you for the excellent video series.

  • @woosier1
    @woosier1 День тому

    Excellent video, very informative!

  • @NightStar-c9t
    @NightStar-c9t День тому

    Thanks a lot for your videos, if u can make PDFs for your videos

  • @NN92455
    @NN92455 День тому

    Great job. Thank you.

  • @mauroaparicio1855
    @mauroaparicio1855 День тому

    very good

  • @AnaMToto
    @AnaMToto День тому

    Señor, quiero decirle que su vídeo es magnífico. Me hizo entender lo que no pude en todo un semestre de universidad, de verdad muchas gracias. Tiene una mente y una forma de explicar maravillosa, en serio gracias 😭💗🫶

  • @learnthis4486
    @learnthis4486 День тому

    Nice video. Excellent content presentation. Keep up the good work.

  • @itsvarun6848
    @itsvarun6848 День тому

    you have a good knowledge.....you make more video like that

  • @safeensaeed8680
    @safeensaeed8680 2 дні тому

    Thanks bro ur information very usefull

  • @Shubham_ExB
    @Shubham_ExB 2 дні тому

    Good explained thanks please create more such mechanical design related videos

  • @jpnmehta
    @jpnmehta 2 дні тому

    Thank you aayush, your content is full of information and clear the doubts and improve clear understanding of concepts like every video. I thoroughly enjoyed. Please make a master series for Ansys or FEA & FEM concepts🙏🙏🙏

  • @mech_74suryakrishnan33
    @mech_74suryakrishnan33 2 дні тому

    Bro finally......Design is everything for me but i have searched youtube entirely finally found someone who can teach me everything

  • @dimbanimvula3672
    @dimbanimvula3672 3 дні тому

    Why you didn't consider the air resistance on the goods being transported we need to quantify that's as well otherwise it won't work properly

  • @anhoangduc4626
    @anhoangduc4626 4 дні тому

    ~ in 15:00, diameter should be 20mm, because 18mm is not availave for lead 10mm?

  • @sucurrogomes7217
    @sucurrogomes7217 4 дні тому

    Excellent explanation. ❤

  • @jayprakashkiledar7619
    @jayprakashkiledar7619 4 дні тому

    Dear sir , I have a question while selecting a motor with gear box from company configurator what should be the torque we considered as input ?is it 53.92 NM or either we have to multiply with FOS 1.5 . Please Reply i am working on it .

    • @mastermechanicaldesign
      @mastermechanicaldesign 4 дні тому

      Yes, we should consider FOS, if FOS is not considered in configurator during calculation.

  • @xXNoamsChannelXx
    @xXNoamsChannelXx 4 дні тому

    thank you bro, these videos are helping me during first year ME bachlor, nonone has videos like this exept for you. not too complicated and only talking about the relavant topic to explain the key concepts clearly. great for students. its very high quality for such a nieche topic, i would donate if i wasnt poor, a channel like this needs support.

  • @jayprakashkiledar7619
    @jayprakashkiledar7619 4 дні тому

    Wow sir! excellent video. REAL HARD MONEY YOU CAN EARN BY APPLYING THESE PRINCIPLES OF PHYSICS IN MACHINE DESIGN .VERY KNOELEGABLE VIDEOS SIR .

  • @pruthvikumarshivashetty1957
    @pruthvikumarshivashetty1957 5 днів тому

    Sir could you please make a long video on selection of material for design in various sections like machine design, sheet metal and in various condition according to material properties. It would be very helpful.

  • @AbhishekYadav-nh1vu
    @AbhishekYadav-nh1vu 5 днів тому

    Very informative videos

  • @dnyaneshwarkadam7642
    @dnyaneshwarkadam7642 6 днів тому

    Dear sir Please make video on induction heater.

  • @rahulgorade7680
    @rahulgorade7680 6 днів тому

    Plz make a detail video on steel

  • @balajibabu7224
    @balajibabu7224 6 днів тому

    Thanks for this video. Need more details about hydraulic fittings. Hose connectors, elbows, with mating parts size.

  • @anhoangduc4626
    @anhoangduc4626 7 днів тому

    If gearbox of motor is used, speed will be reduced and torque increase, the process to select is the same tabor or need to change?

  • @anhoangduc4626
    @anhoangduc4626 7 днів тому

    I watched this video three times, and each time I learned more perspectives of knowledge and gained new insights

  • @jeremyjanssen1512
    @jeremyjanssen1512 7 днів тому

    On UA-cam you see Raphael morgado with myt engine . What wood you think about a hydraulic torodiaal travelmotor !!!

  • @sidm6992
    @sidm6992 8 днів тому

    Please show only the text and not your face in between 😂😂😂

  • @duspecmusic
    @duspecmusic 8 днів тому

    I hvae a project to make a laser 400w Co2 using ball screw for all the motion and your channel helps me a lot whenever I choose which component should be used. Thanks. + 1 sub.

  • @0a951
    @0a951 8 днів тому

    I enjoyed the video. If I consider the reduction ratio, would it be correct to calculate the torque as the moment of inertia divided by the square of the reduction ratio?

  • @karimahmed-p7b
    @karimahmed-p7b 8 днів тому

    God bless you

  • @Its_meunemployed
    @Its_meunemployed 8 днів тому

    you are doing a great job

  • @Productsinyourhand
    @Productsinyourhand 8 днів тому

    Please make next video Asap 🙏

  • @biswajit681
    @biswajit681 9 днів тому

    Could you please make a video on enclosure Design for the product

  • @sudarshanahire1071
    @sudarshanahire1071 9 днів тому

    Moment of interia pe video bamvo

  • @mechanicalengineeringnumer4225
    @mechanicalengineeringnumer4225 9 днів тому

    My friend please make video on Engineering Machine design, Automobile and fluid mechanics it will be helpful for All mechanical engineering students

  • @josephcalderon3399
    @josephcalderon3399 9 днів тому

    Nice videooo amazing

  • @josephcalderon3399
    @josephcalderon3399 9 днів тому

    Nice videoooo amazing

  • @josephcalderon3399
    @josephcalderon3399 9 днів тому

    Nice videooo

  • @josephcalderon3399
    @josephcalderon3399 9 днів тому

    Yeah nice video

  • @mechanicalengineeringnumer4225
    @mechanicalengineeringnumer4225 9 днів тому

    Keep it up bro. All videos are best And make all syllabus

  • @smca7271
    @smca7271 10 днів тому

    There is no flow without pressure....its like saying you get electrical current without voltage....your out of the box explanation is just wrong.

    • @mastermechanicaldesign
      @mastermechanicaldesign 9 днів тому

      Hey, You might be technically right in thinking that if a fluid is flowing, there must be a static pressure gradient. But in practical terms, when the head is low, that pressure gradient is negligible. The point I’m trying to explain here is different, and it seems you're not getting it. It’s about the practical understanding of a pump role, a pump doesn’t compress oil or create pressure directly. The resistance in the system is what compresses the oil and builds pressure. If there’s no resistance, there will be no pressure in the line, this is exactly what I’ve already explained in the video. The amount of resistance determines the pressure in the line, while the pump’s capacity refers to how much pressure it can handle without mechanical damage. The pump itself doesn’t cause the pressure.

    • @smca7271
      @smca7271 9 днів тому

      @mastermechanicaldesign replace your pump with a blower same principle...blow air...with a blower with a large clearance...sure it can create flow,but do any work,it can not, as it cant create any useful pressure.....the resistance (in ahydraulic or electrical circuit) uses the pressure (voltage) created by the pump (voltage source), not the other way round.

    • @mastermechanicaldesign
      @mastermechanicaldesign 8 днів тому

      Hey, it’s okay if you are not fully getting what I’m trying to explain, No problem!! but don’t try to understand one thing by comparing it to another different thing (physics doesn’t work like that) Fluid mechanics and electron flow mechanics having different principles, for example, for electrical current, a voltage difference is always needed for flow. But for fluids, especially liquids, pressure difference isn’t always required. Water can flow in an open channel due to gravity without any pressure difference. It can also flow because of surface tension, inertia, or capillary action.

    • @smca7271
      @smca7271 8 днів тому

      @mastermechanicaldesign I get what your saying....that resistance is basically dictating pressure,given the pump can supply the flow...an open channel definitely flows because of head difference...

  • @hemantdarji8047
    @hemantdarji8047 10 днів тому

    large timing Pulley to small timing pulley speed reduction formula