Showing posts with label HYSYS. Show all posts
Showing posts with label HYSYS. Show all posts

Monday, 5 December 2011

Hysys Tutorial Set


Hysys is a powerful engineering simulation tool, has been uniquely created with respect to the program architecture, interface design, engineering capabilities, & interactive operation. The integrated steady state & dynamic modeling capabilities, where the same model can be evaluated from either prespective with full sharing of the process information, represent a significant advancement in the engineering software industry.

The various component that comprise HYSYS provide an extremely powerful approach to steady state modeling. At a fundamental level, the comprehensive selection of operations & property methods allows you to model a wide range of processes with confidence. Perhaps even more important is how the HYSYS approach to modeling maximizes your return on simulation time through increased process understanding.

HYSYS is widely used in universities & colleges in introductory & advanced courses especially in chemical engineering. In industry the software is used in research, development, modeling & design. HYSYS serves as the engineering platform for modeling processes from Upstream, through Gas Processing & Cryogenic facilities, to Refining & Chemicals processes.

Introduction tutorial :
http://www.ziddu.com/download/12627203/HYSYS_for_UTM_Degree.zip.html

Process modelling tutorial :


HYSYS Manual, tutorial, examples and flowsheets


Introduction to HYSYS Simulation
http://ifile.it/k8e1qm0

HYSYS Tutorial 5 Examples
http://ifile.it/437rt6h

Kinetic Rate in a PFR Reactor HYSYS
http://ifile.it/fb3jwqy

Thermodynamics & Hysys.
http://ifile.it/g1j0nb4

Aspen HYSYS 2004.2 UserGuide.
http://ifile.it/ojdpqcl

Simulation Laboratory - HYSYS
http://ifile.it/ib8jtwf

HYSYS Introduction to chemical engineering simulation
http://ifile.it/xv5o7wd

Getting Started with Hysys OLI
http://ifile.it/kh54dzt

HYSYS ref
http://ifile.it/x51yqun

Using two fluid packages in Aspen Hysys ™ 2006 using OLI
http://ifile.it/wfiq3h1

HYSYS styrene Inductive
http://ifile.it/fq8xgze

Aspen HYSYS Simulation of CO2 Removal
http://ifile.it/4f56jb2

Getting-started-with-Hysys-OLI
http://ifile.it/dutk19p

Absorption Column Design Using HYSYS 3.2 – Tutorial
http://ifile.it/47vruh6

Two examples of Steady State Simulation with HYSYS
http://ifile.it/uq2ygsl

Process Modeling Using Aspen HYSYS
http://ifile.it/n67ozpw

Catalytic Distillation Modelling and Simulation using HYSYS.Processä
http://ifile.it/8g0pi9d

A Novel Use of HYSYS to Design an Industrial Refrigeration System
http://ifile.it/rwiltcx

Aspen HYSYS 2006 - Custum guide
http://ifile.it/wv3i8au

Simulation Laboratory - HYSYS
http://ifile.it/3cj0vxq

Extractive distillation design
http://ifile.it/o7r0vbz

HYSYS Conversion Reactors tutorial
http://ifile.it/j81yir6

Kinetic Rate in a PFR Reactor HYSYS
http://ifile.it/9u1fegq

Absorption Column Design Using HYSYS 3.2 – Tutorial
http://ifile.it/qtx3m4n

Property Methods and calculation in HYSYS
http://ifile.it/9w1vso3

HYSYS Chemical Reactions & Reactors
http://ifile.it/5lj3z0x

Introduction to HYSYS Simulation heat transfer calculation
http://ifile.it/la7kion

Conversion Reactors HYSYS Version 3.0
http://ifile.it/lf7e6y3

Introduction to HYSYS Simulation piping calculation
http://ifile.it/fanxq01

HYSYS – Inductive Method
http://ifile.it/hiwk6x4

Catalytic Rates & Pressure Drop in PFR Reactors HYSYS
http://ifile.it/298n1vj

Kinetic Rate in a PFR Reactor HYSYS
http://ifile.it/aw1qif5

Equilibrium Constant in a Reaction rate in a PFR Reactors HYSYS
http://ifile.it/4gtp0yj

HYSYS Multiple Reactions Styrene
http://ifile.it/m53sou7