This visual feedback enables the software to communicate complex concepts and extensive datasets, and helps designers engage analhsis multifaceted performance issues - at a time when the design is sufficiently ‘plastic’ and can be easily changed. At the onset of the design process, early-stage, Revit-based massing models can be used in combination with the site analysis functionality to determine the optimal location, shape, and orientation of a building design based on fundamental environmental factors such as daylight, overshadowing, solar access, and visual impact. The analysis results are presented directly within the context of the model display: Follow Lynn on Twitter. The inability aufodesk the designer to easily interpret the results of analyses is often the biggest failing of building performance analysis software. As the design progresses and the elements that define a building’s thermal zones are established the layout of the walls, windows, roofs, floors, and interior partitionsthe Revit model can be used for room-based calculations such as average daylight factors, reverberation times, and portions of the floor area with direct views outside.Īll exclusively from Cadalyst! Early-stage, Revit-based massing models can be used in combination with the site analysis functionality to determine the optimal location, shape, and orientation of a building design based on fundamental environmental factors such as the overshadowing of a particular building highlighted in red shown here. These visual displays are more than just charts and graphs. Architects can see the results of their analysis displayed in the context of a building model, such as the surface mapped results of this solar radiation analysis. Reproduction in whole or in part is prohibited. This month’s article explores another tool that architects can use to analyze their BIM-based designs and get early feedback on the performance of their building design: Please send any technical comments or questions to our webmaster. Working with the Environment To mitigate a building’s ajalysis on the environment, it’s important to first understand how the environment will impact the building. Autodesk Ecotect software also displays analysis results using spatial volumetric renderings, such as this analysis of the visual impact of a building within an urban site. BIM and Autodesk Ecotect (1-2-3 Revit Tutorial) Do you use social media - such as Facebook or Twitter updates, YouTube videos, or discussion forums - for work-related purposes? This type of visual feedback lets designers more easily understand and interact with analysis data, analgsis in real time. For example, the visibility analysis displayed here shows the amount and quality of views to the outside mapped over the floor area of an office.īuilding Performance Analysis During conceptual atuodesk, Autodesk Ecotect and the Revit design model can be used for a variety of early analysis. The location of the building on the site, its aanlysis form and orientation, its internal layout and external materials selection, its fenestration - all of these factors are set very early on in the design process and often with no analysis data to support the decisions. New Autodesk Ecotect Analysis Tutorials from CADLearning CADLearning Revit Architecture CADLearning Revit MEP Built specifically by architects and focused on the building design process, Autodesk Ecotect is an environmental analysis tool that allows.
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Pictured here is a clip from an annual building envelope passive gains/losses simulation.Need to know how to do something in Ecotect? In this section you will find step by step tutorials that explain how to perform common modelling and analysis. If migrated to Revit, the Ecotect thermal analysis tools could easily lend themselves to making standard effective temperature (SET) profiles easily accessible to teams pursuing the LEED resilient design pilot credit IPpc100 – Passive Survivability and Functionality During Emergencies (for more on SET see Standard Effective Temperature (SET) and Thermal Comfort).Įcotect Analysis offered simplified thermal analysis tools to help designers during conceptual and schematic design. In a graphically-compelling manner, I could demonstrate the virtues of increased insulation, alternative glass types, and much more.
My personal favorite was the Passive Gains/Losses analysis for the building envelope. Whether investigating the hourly temperature profile, monthly degree days, or the potential for thermal discomfort, Ecotect offered a versatile collection of thermal analysis functions. One of my personal favorite functions of Ecotect was its thermal analysis capabilities.