Subtitle Studio
Posted by
kiran
at
11:58
Labels: AUDIO CUTTERS
Xaudio
Xaudio is a fast and robust, multi-platform solution for digital playback, especially targeted at MPEG Audio (MP1, MP2, and MP3) decoding. It is offered in the form of a developer's kit (SDK), which includes the Xaudio decoding engine.
Xaudio allows you to quickly and easily write your own MP3 player with just a few lines of code. You can create your own GUI or other front-end to the Xaudio decoding engine on any one of the supported platforms. Easily embed Xaudio into video games to provide a small, high-quality audio playback capability. In addition, use Xaudio to provide the audio engine for embedded hardware devices, such as portable music players and cell phones.
Because of its speed and flexibility, many software developers and companies are using the Xaudio playback system in their products, such as Multimedia Players, On Demand Music Distribution Systems, Online Streaming, Video Games, Embedded Hardware Devices, etc.
Posted by
kiran
at
11:53
Labels: AUDIO CUTTERS
MP3 Trim PE
Posted by
kiran
at
11:47
Labels: AUDIO CUTTERS
Structural Design of Pipelines
Posted by
kiran
at
09:31
Labels: Piping Books
Single-Phase Incompressible Flow of Newtonian Fluid
gas or another dissolved liquid, or with homogeneous suspension of very fine particles of solids, can be considered and treated as a single-phase flow, although in reality two phases are involved. A flow is said to be incompressible if the density of any particle in the flow, be it a fluid or a solid particle, remains constant as the particle travels with the flow. A flow is said to be homogeneous if the density is constant throughout the flow. A
single-phase incompressible flow is a homogeneous flow, whereas a multiphase incompressible flow is not homogeneous. For instance, for a pipe flow of water carrying gravel, the density of the flow is not the same everywhere at a given time, depending on whether water or gravel exists at the location at a given time. Normally, both liquid and gas are treated as incompressible flow. However, when the speed of a gas approaches, equals to, or exceeds the velocity of sound, large density changes occur in the flow within short distances and the flow can no longer be treated as incompressible. Also, when any gas is flowing through a long pipeline, there can be substantial change of the density of the gas over a long distance due to pressure change along the pipe even when the speed involved is low. Therefore, not all gas pipelines can be treated as incompressible, even when the velocity is low.
Posted by
kiran
at
09:24
Labels: Piping Books
Single-Phase Compressible Flow Compressible Flow
Posted by
kiran
at
09:16
Labels: Piping Books
Pumps and Turbines
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiYVHwvd1UU02ObeXdIc1yVuU0u3mjrF6cxI-ItnWO6BamNwrSJVi7XxJy42Jt1BgN6zD1jeoCvyCqvCFkKKxXbOtF2qb5PmEGKyB-NO2ffTcY5SKxxCvNTx1UjsLghtTyu4Y3xXs_sTFk/s200/Vertical-Turbine.jpg)
PUMPS are usually operated with constant speed, head and flow. A pump is therefore designed for one particular of operation (duty point) and does not require a regulating device (guide vane). Ideally, the duty point coincides with the maximum efficiency of the pump.
TURBINES operate under variable head and flow conditions. In an MHP, flow must be adjustable to either accommodate to seasonal variations of the available water or to adjust power output according to the demand of the consumers. Adjustable guide vanes and/or runner blades (or nozzles controlled by a streamlined valve) regulate the flow
Posted by
kiran
at
08:52
Labels: Piping Books
Protection of Pipelines
Posted by
kiran
at
08:42
Labels: Piping Books
Planning and Construction of Pipelines
Posted by
kiran
at
08:34
Labels: Piping Books
Pipeline Operations,Monitoring,Maintenance
Posted by
kiran
at
08:26
Labels: Piping Books
Pipe Flows
Posted by
kiran
at
08:19
Labels: Piping Books
Physical Properties of Certain Fluids and Solids
Posted by
kiran
at
08:06
Labels: Piping Books
Non-Newtonian Fluids
Posted by
kiran
at
08:00
Labels: Piping Books
Instrumentation and Pigging
Posted by
kiran
at
07:52
Labels: Piping Books
Flow of Solid-Liquid Mixture in Pipe (Slurry Pipelines)
Posted by
kiran
at
05:22
Labels: Piping Books
Flow of Solid-Gas Mixture in Pipe
Posted by
kiran
at
05:14
Labels: Piping Books
Engineering Considerations
Posted by
kiran
at
05:03
Labels: Piping Books
Conversion between SI and ENGLISH
Posted by
kiran
at
04:56
Labels: Piping Books
Capsule Pipelines
Posted by
kiran
at
04:51
Labels: Piping Books