Workshop on Modelling/Simulation
5, 12, 19, 26 Feb 13
Title: 3D MODELING FOR RELEASE AIR
7 Feb 13
Title: 3D MODELING FOR RELEASE IN SURFACE WATER
14, 21, 28 Feb 13
Title: 3D MODELING FOR QUALITY OF INDOOR AIR
21 Nov 12
Title: Risk Assessment of Petrochemical Sites using Advanced Modelling and Simulation Techniques
FLUIDYN has been serving petrochemical industry with exclusively developed tools for advanced modelling and simulation of risk consequence analysis. Fluidyn is used in studies such as Quantitative analysis, Consequence Modelling, Dispersion Modelling, Complex fluid flow problems and Failure Modes and Effect analysis.
05 Sep 12
Title: Air Quality Modelling for Industrial Zones using CFD Techniques
The industrial emissions strongly influence the quality of air in the environment. The wind direction and its state aides in transport and dispersion of emissions from the industries. Fluidyn – PANACHE uses CFD techniques along with physical models and deterministic techniques to help carry out dispersion studies.
17 Aug 12
Title: CFD simulation for natural ventilation and heat distribution analysis inside confined and semi-confined areas
It is important to design and construct better building for future. People spend greater part of their time indoors and it is a necessity to have the quality of air in and around the buildings clean and safe. This webinar shows how CFD plays a significant role in minimising the energy consumption of a building through comprehensive analysis of energy required to heat, cool and ventilate a building
09 Aug 12
Title: Analysis of 3D Conjugate Heat Transfer for Electronics Devices
Electronics and electrical devices are undergoing continuous changes in the recent times and the life cycle of some of these devices last only a few months. The mobile and computer companies are coming up with newer versions at a pace like never before and they always seem to have plenty of features. Be it a personal computer or a large data centres there is processing, storage and exchange, the computers nowadays are capable of processing large chunk of data at a tremendous speed. This leads to increased heat density and heat dissipation, making the normal working temperature to increase and resulting in shortened life, malfunction or complete failure of the devices.
This webinar gives an overview of the validated models in fluidyn-MPCHT to overcome the modelling difficulties of heat transfer problems and we will review all modes of heat transfer with respect to thermal analysis of electronics devices
13 Jul 12
Title: Multi-Physics Simulations Using fluidyn
There is continuous demand for new and optimised products in market and there is a huge pressure on the Engineers to reduce project-execution time and get the product faster. This webinar contains an overview of simulation and analysis to design faster and with better accuracy.
Demo : FLUIDYN