Golpe de Ariete Ejemplos Animados
L. E. Pereira Gatica - A. I. Ríos Vargas
Bombas Hidráulicas Sistemas Hidráulicos
Ing. Verónica Flores
Orifice Plate Theory Video
This is the theory behind and orifice plate (and venturi). It shows how Bernoulli's equation and the continuity equation are used to derive the equation for flow rate from a measured pressure drop across the orifice.
Fuente: RichardHoldich
Sistemas de Flujo Uso de Matlab en Mecánica de Fluidos
Néstor Balcázar
Fluid Power Engineering M. Galal Rabie, Ph.D.

Table of Contents
1. Introduction to Hydraulic Power Systems
2. Hydraulic Oils and Theoretical Background
3. Hydraulic Transmission Lines
4. Hydraulic Pumps
5. Hydraulic Control Valves
6. Accessories
7. Hydraulic Actuators
8. Hydraulic Servo Actuators
9. Electrohydraulic Servovalve Technology
10. Modeling and Simulation of Electrohydraulic Servosystems
11. Introduction to Pneumatic Systems
Bombas Centrífugas, Rotatorias y Reciprocantes Su Clasificación

Las bombas se clasifican según dos consideraciones generales diferentes:
1) la que toma en consideración las características de movimiento de líquidos y2) la que se hace en base al tipo o aplicación específica para los cuales se ha diseñado la bomba.
En la figura se presenta un resumen de dichas clasificaciones.
Fluid Mechanics and Machinery ♦ 2 Ed. Kothandaraman - Rudramoorthy

Contents
Chapter 1
Physical Properties of Fluids
Chapter 2
Pressure Distribution in Fluids
Chapter 3
Forces on Surfaces Immersed in Fluids
Chapter 4
Buoyancy Forces and Stability of Floating Bodies
Chapter 5
Fluid Flow—Basic Concepts—Hydrodynamics
Chapter 6
Bernoulli Equation and Applications
Chapter 7
Flow in Closed Conduits (Pipes)
Chapter 8
Dimensional Analysis
Chapter 9
Similitude and Model Testing
Chapter 10
Boundary Layer Theory and Flow Over Surfaces
Chapter 11
Flow Measurements
Chapter 12
Flow in Open Channels
Chapter 13
Dynamics of Fluid Flow
Chapter 14
Hydraulic Turbines
Chapter 15
Rotodynamic Pumps
Chapter 16
Reciprocating Pumps






































