From 3bbdeddc016b2eb0c5659e25dcbef0b738010a82 Mon Sep 17 00:00:00 2001 From: Hubertus Tummescheit Date: Wed, 2 Oct 2024 14:49:22 -0400 Subject: [PATCH] Update workshops.md --- content/events/american2024/workshops.md | 4 ++-- 1 file changed, 2 insertions(+), 2 deletions(-) diff --git a/content/events/american2024/workshops.md b/content/events/american2024/workshops.md index c4a21689..b9f341c3 100644 --- a/content/events/american2024/workshops.md +++ b/content/events/american2024/workshops.md @@ -12,13 +12,13 @@ Instructors: David Blum, Michael Wetter, and Hongxiang (Casper) Fu, Lawrence Ber ### Abstract: -This workshop will give an introduction to the modeling of thermo-fluid systems and their control using Modelon Impact and the Modelica Buildings Library. We will be using applications from the Modelica Buildings Library, but the course will be structured to also appeal to modelers from other application domains that are concerned with thermo-fluid systems. After an introductory presentation that discusses the scope of the Modelica Buildings Library, we discuss best practices in setting up thermo-fluid flow models and how to avoid potential problems. In hands-on exercises, participants will build models of simple heating and air conditioning systems, link them to a thermal load, and add feedback control. The models will be built using components from the Modelica Buildings Library. Simulations will be run on Modelon Impact. +This workshop will give an introduction to the modeling of thermo-fluid systems and their control using the Modelica Buildings Library with Modelon Impact or with OpenModelica. We will be using applications from the Modelica Buildings Library, but the course will be structured to also appeal to modelers from other application domains that are concerned with thermo-fluid systems. After an introductory presentation that discusses the scope of the Modelica Buildings Library, we discuss best practices in setting up thermo-fluid flow models and how to avoid potential problems. In hands-on exercises, participants will build models of simple heating and air conditioning systems, link them to a thermal load, and add feedback control. The models will be built using components from the Modelica Buildings Library. Simulations will be run on Modelon Impact. Duration: 3 hours ### Suggested Experience and Software Requirements -1. Have prior knowledge in Modelica and have gone through the online Impact tutorial for basic usage here: https://help.modelon.com/latest/application_overview/getting_started_overview/ or +1. Have prior knowledge in Modelica and either have gone through the online Impact tutorial for basic usage (https://help.modelon.com/latest/application_overview/getting_started_overview/) or have knowledge of using OpenModelica's OMEdit, or 1. Have participated in the workshop provided by Modelon on introduction to Modelica modeling and Impact. Laptop with recent version of either Google Chrome or Opera installed. A minimum of 8GB of memory is recommended.