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Right-sizing of a HVAC system is the selection of equipment and the designing of the air distribution system to meet the accurate predicted heating and cooling loads of the house. A right-sized HVAC system will provide the desired comfort and will run efficiently. The heating, ventilation, and air-conditioning (HVAC) system is arguably the most complex system that is installed in a house and it is responsible for a substantial amount of the total house energy used. System Simulation was born out of the union of the legacy AxCYCLE and AxSTREAM NET software packages. Update – March 1, 2023: AxCYCLE and AxSTREAM NET are our legacy software packages depreciated by AxSTREAM System Simulation. A Comparison of Different Rocket Engine Cycles Throughout the Years.Common Design Challenges in Compressed Air Energy Storage Systems.Modifying Gas Turbines to Burn Hydrogen Fuel.Nuclear Power Reactors: A Vital Energy Source Part 1.Nuclear Power Reactors: A Vital Energy Source Part 2.Calculation Methods for Dynamic Parameters of Rolling Element Bearings and Their Prediction Accuracy.Coupled Digital Engineering Solutions in Podracing: More Bang for your Republic Credits!.Bearing Optimization: Enhancing Reliability and Performance in High-Speed Machines.Optimization of the Axial Turbine Flow Paths E-Book.

Kelly, HVACSIM + Building Systems and Equipment Simulation Program Building Loads Calculation, NBSIR 86-3331, NIST, your email address to subscribe to this blog and receive notifications of new posts by email. May, HVACSIM + Building Systems and Equipment Simulation Program Users Guide, NBSIR 85-3243, NIST, Sept.1985.

Clark, D.R., HVACSIM + Building Systems and Equipment Simulation Program Reference Manual, NBSIR 84-2996, NIST, Jan.

Kelly, An Overview of HVACSIM +, A Dynamic Building/HVAC/Control Systems Simulation Program, Proceedings of the 1st Annual Building Energy Simulation Conf., Seattle, WA, August 21-22, 1985.

Galler, M.A., Users Guide to the HVACSIM+ Configuration Tool, NIST TN 2110, NIST, September 2020.

Since the first distribution of the program to the public, a number of modifications have been made including the addition of the component models developed for the American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) 825 project. Since then, the HVACSIM+ computer program package and manuals have been distributed to researchers, students, and consultants in more than 40 countries around the world. The first version of HVACSIM+, which stands for “HVAC SIMulation PLUS other systems”, was introduced by National Institute of Standards and Technology (NIST) in 1985 as a computer simulation tool to simulate entire building systems.