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This paper gives an overview of recent developments and results of a new integrated heat, air and moisture (HAM) modeling toolkit in Matlab named HAMLab. The recent developments include integration of a whole building model with building systems and controllers, 2D/3D HAM transport in constructions and 2D airflow respectively.
Integrated HAM Modeling & Simulation Benefits – it takes advantage of maintained Matlab/SimuLink and FemLab – all presented HAMLab models in this paper are public domain; – it is relative easy to integrate new models that are based on ODEs and/or PDEs. – the simulation facilitates open source modeling
Using the graphical programming language Simulink® (Matlab), the code is developed as a library of predefined calculation procedures (tools) where each supports the calculation of the HAM transfer processes in a part of a building or in an interacting system.
18 gru 2019 · HAM-Tools is a robust one-dimensional H.A.M. analysis software using MATLAB and Simulink computational environments which allows for further development and research. In this work, wind-driven rain, rain penetration, as well as heat & moisture sources in air layers have been added to HAM-Tools.
disp(X) displays the value of variable X without printing the variable name. Another way to display a variable is to type its name, which displays a leading “ X = ” before the value. If a variable contains an empty array, disp returns without displaying anything.
The Ham Radio Control Library–Hamlib, for short–is a project to provide programs with a consistent Application Programming Interface (API) for controlling the myriad of radios and rotators available to amateur radio and communications users.
Introduction to MATLAB – Step by Step Exercise 26. Realize that we can transform numbers to string and use it to display test inside a "disp" as a vector disp(['Dois mais Dois igual a: ' num2str(4)]); 27. Create a for to read each element of the vector and display its value for i = 1:how_may_dates disp(['The date is: ' num2str(dates(i))]); end
