Previous End Show.

Slides:



Advertisements
Similar presentations
Hydraulic Power basics.
Advertisements

Hydraulic and Pneumatic Systems.  They are fluids in a closed system.  The fluid can move around with in the system but can not enter or leave the system.
Fluid Power Systems Mill Creek High School Power and Energy.
PASCAL’S PRINCIPLE Chapter 8. Lets Review… What is pressure? What is the equation for pressure? What causes fluid pressure? When you catch a deep-sea.
Fluid Energy.
Ch 14 - Hydraulics.
Pressure, Hydraulics and Pneumatics
Pressure- Pascal’s Law
Static Fluids Fluids are substances, such as liquids and gases, that have no rigidity. A fluid lacks a fixed shape and assumes the shape of its container.
Pressure in Fluid Systems
HYDRAULICS TRAINING MODULE 1. Hydraulic Systems  Transmit power from one point to another Pascal’s Law  Pressure applied on a confined fluid is transmitted.
GO TO INTRO!!! By Thomas K. “Biggie questions” Introduction to Hydraulics Hydraulics and hydraulic systems can be found almost everywhere. Hydraulics.
P RESSURE, H YDRAULICS AND P NEUMATICS Discovering Science 8 Section 9.2.
Hydraulics.
ENGR 8-4, Lesson 2 Hydraulic and Pneumatic Systems
Chapter 10 Fluid Power Systems.
Fluids. Flow Take shape of container Liquids or gases Exert pressure Pressure = force / area Fluids
Transmitting Pressure in a fluid Pascals Principle In 1600 a French mathematician stated that “When force is applied to a confined fluid an increase.
Physical Science Unit: Forces in Fluids.
What is Fluid Power? Fluid power is energy transmitted and controlled by means of a pressurized fluid, either liquid or gas. The term fluid power applies.
Previous End Show. Fluids are continuous, shapeless substances whose molecules move freely past one another and have the tendency to assume the shape.
Pneumatic and hydraulic actuation systems
Ch. 9.1 Fluid Systems. Popcorn! Why does popcorn pop? – believe it or not, this has to do with water – each kernel of popcorn contains a small amount.
PSAA Curriculum Unit Physical Science Systems. Problem Area Energy and Power Systems.
Sci. 3-1 Fluids and Pressure Pages A. Fluid- any material that can flow and that takes the shape of its container. (liquids or gases)
Pneumatic system. It is important to know that we are working with compressed air and not with a fluid like at hydraulic systems. Pneumatics is when compressed.
Hydraulics. An area of engineering science that deals with liquid flow and pressure.
Topic 4: Pressure. Pressure = Force÷Area p = F/A The unit for pressure is the pascal, which is written as Pa. 1 Pascal = 1 Newton/1 square meter Pa =
 Volume – the amount of space taken up by matter. ◦ Gasses expand to fill their container.  Temperature- the measure of the motion of the particles.
Fluid Power. What is Fluid Power? Fluid power is energy transmitted and controlled by means of a pressurized fluid, either liquid or gas. Hydraulics uses.
Pressure, Pascal’s Law, Hydraulic & Pneumatic Systems.
Notes 11-3 and 11-4 Pascal’s and Bernoulli’s Principles.
Introduction to Pressure, Pneumatics, and Hydraulics.
Pressure, Bernoulli’s Principle, Compressibility, and Pascal’s Law.
Fluid Power Systems PoE. Fluid Power the use of a confined fluid flowing under pressure to transmit power from one location to another. Gases -> Pneumatics.
In Deep Bob Brown Chapter 17.
Pneumatics Hydraulics
P3.2.3 Hydraulics and Pressure A hydraulic system uses pressure in a liquid to transfer force from one place to another to do mechanical work. You must.
Hydraulic Principles MSU Northern Hydraulics Wane Boysun.
Fluid Technology Foundations of Technology Fluid Technology © 2013 International Technology and Engineering Educators Association STEM  Center for Teaching.
Pascal’s Principle. Transmitting Pressure in a Fluid In the 1600s, Blaise Pascal developed a principle to explain how pressure is transmitted in a fluid.
Manufacturing Engineering Hydraulic and Pneumatic Systems
Mr. Brooks Foundations of Technology.  Examine and analyze open and closed fluid systems in terms of common components and basic design.
H & P Formulas Engineering II – August The parts and values of concern…. D 1 = diameter of cylinder (in) D 2 = diameter of piston rod (in) P 1 =
CAN YOU HANDLE THE PRESSURE?
Engineering II – August 2016
Topic 4 – Force, Pressure, and Area
Lesson Describing Basic Physical Science Laws Applied in Agricultural Mechanics.
Hydraulic and Pneumatic Systems
Introduction to hydraulics
3.5 Pressure in Fluid’s Pascal’s Law.
Fluid Mechanics Presentation on FLUID STATICS BY Group:
Please write this  Forces in Fluids p
Forging new generations of engineers
Pressure in Fluid Systems
Unit Physical Science Systems
Incompressible fluids
Forging new generations of engineers
Chapter 9 :Hydraulics and Pneumatics
Hydraulic & Pneumatic Systems
Physical Science Forces in Fluids.
Topic 4: Force, Pressure, and Area
Pascal’s Principle Chapter 11 Section 3.
Hydraulic Power basics.
Pascal’s principle Chapter 3 section 3.
Archimedes’ and Pascal’s Principles
Section 3 – pg 432 Pascal’s Principle
Use of Fluids & Fluids and Living Things
Pascal’s Principle.
Presentation transcript:

Previous End Show

Fluids are continuous, shapeless substances whose molecules move freely past one another and have the tendency to assume the shape of its container; Liquids or Gasses

Fluid can transmit power that can be stored, By itself, fluid has no power, but when confined and placed under pressure, Fluid can transmit power that can be stored, directed and made to do work.

Fluid power is pressurized liquid or gas in a closed system. Fluid Power Systems Amplify Power Transmit Power Control Power Fluid power is pressurized liquid or gas in a closed system.

Hydraulics use pressurized oil or other liquids. Fluid power can be hydraulic or pneumatic. Hydraulics use pressurized oil or other liquids. Pneumatics use pressurized air or other gasses.

Blair Pascal was a scientist who lived in the mid 1600’s Blair Pascal was a scientist who lived in the mid 1600’s. He described how liquids behave. He built a container like this to show that water pressure depends on the depth of the water, not the size or shape of the container. A B You might think that there is more pressure under side B, because there is more water, but if it had more pressure, it would push side A up. Pascal Law states that pressure at any point in a body of fluid is the same in every direction, exerting equal force on equal areas. Now if you apply more pressure to one side of the container, the fluid will rise on the other side.

Read “The Basic Idea” from How Stuff Works Read “The Basic Idea” from How Stuff Works. Push on the red arrows to see how a simple hydraulic system works and how we can obtain a mechanical advantage by changing the size of the pistons. science.howstuffworks.com/transport/engines-equipment/hydraulic.htm

The force is measured in pounds per square inch. (psi) Large movement in the smaller piston requires less effort, but causes the large piston to produce a great amount of force. The force is measured in pounds per square inch. (psi)

A piston is a solid cylinder or disk that fits snugly into a larger cylinder and moves under fluid pressure, as in a reciprocating engine, or displaces or compresses fluids, as in pumps and compressors.

Check out the factory tour! Fluid Power Applications Robotics Wave Pool Jaws of Life Cranes Log Splitters Jack Hammers Auto Lifts Automatic Doors Auto Brakes On a 1929 Dodge truck Hospital Beds Dump Truck Theme Parks Check out the factory tour! Animatronics Factories Injection Molders Nail Guns