Progetto SIMEA - Automatica - Università degli Studi di Padova

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SIMEA Stato dell’arte energetica degli edifici 1.3.12. Therm Analysis of two-dimensional heat transfer through building products. Includes a graphical user interface that allows users to draw cross sections of fenestration and other building products, which can then be analyzed by an automatic mesh generator and finite-element heat transfer algorithms. Results are displayed graphically. 1.3.12.1. Expertise Required Understanding of heat flows through building products; knowledge of properties of materials useful. 1.3.12.2. Users Version 5.2 in use by over 1000 users internationally. 1.3.12.3. Audience 102 Doc.No 20100610.SIMEA.MR.03 Versione 1 Building product developers, designers, analysts determining window ratings (NFRC). 1.3.12.4. Input Graphic user interface; user enters cross sections of the building products, can read .DXF files and bitmaps. 1.3.12.5. Output U-factors, isotherms, colour-flooded isotherms, heat-flux vector plot, and colour-flooded lines of constant flux. 1.3.12.6. Computer Platform Requires Windows 98, Windows NT, Windows 2000, or Windows XP. Pentium or better. At least 64MB of random access memory (RAM), 128 MB of RAM is preferred for optimum operation. Hard disk drive with at least 15 megabytes of available disk space. 1.3.12.7. Programming Language C, FORTRAN 1.3.12.8. Strengths State-of-the-art user interface; automatic meshing/re-meshing completely user transparent; advanced radiation and convection models can be incorporated into the finite element analysis algorithms used. The current version is 32-bit, which is faster than previous versions.
SIMEA Stato dell’arte energetica degli edifici 1.3.13. VisualDOE 103 Doc.No 20100610.SIMEA.MR.03 Versione 1 A Windows interface to the DOE-2.1E energy simulation program. Through the graphical interface, users construct a model of the building's geometry using standard block shapes, using a built-in drawing tool, or importing DXF files. Building systems are defined through a point-and-click interface. A library of constructions, fenestrations, systems and operating schedules is included, and the user can add custom elements as well. VisualDOE is especially useful for studies of envelope and HVAC design alternatives. Up to 99 alternatives can be defined for a single project. Summary reports and graphs may be printed directly from the program. Hourly reports of building parameters may also be viewed. 1.3.13.1. Expertise Required Basic experience with Windows programs is important. Familiarity with building systems is desirable but not absolutely necessary. One to two days of training is also desirable but not necessary for those familiar with building modelling. 1.3.13.2. Users 1000+, US and 34 other countries. 1.3.13.3. Audience Mechanical/electrical/energy engineers and architects working for architecture/engineering firms, consulting firms, utilities, federal agencies, research universities, research laboratories, and equipment manufacturers. 1.3.13.4. Input Required inputs include floor plan, occupancy type, and location. These are all that is required to run a simulation. Typically, however, inputs include wall, roof and floor constructions; window area and type; HVAC system type and parameters; and lighting and office equipment power. Smart defaults are available for HVAC systems based on the building vintage and size. A library and templates are provided to greatly ease user input. 1.3.13.5. Output Produces input and output summary reports that may be viewed on-screen, stored as PDF files, or printed. A number of graphs may be viewed and printed. These graphs can compare selected alternatives and/or selected hourly variables. Standard DOE-2.1E reports and hourly reports are available. 1.3.13.6. Computer Platform Windows 95/98/NT/ME/2000/XP. 486 or better, 16MB+ RAM, 50MB hard drive space. 1.3.13.7. Programming Language Visual Basic and Visual C++
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Progetto SIMEA - Automatica - Università degli Studi di Padova

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