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Yan Chen studied Mechanical, Aerospace and Materials Engineering at Arizona State University. Their past projects include an FEA project analyzing material strength effects on hydrodynamic instabilities in dynamically loaded samples. They also worked on a collaborative senior design project to create an automated garden, where they were in charge of the control system. Additionally, Yan worked on a CAD project involving commercial ovens.
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This document discusses using Integrated Environmental Solutions (IES) modeling software for building energy analysis and HVAC load calculations. IES allows for complex HVAC system modeling, daylighting integration, and computational fluid dynamics analysis. Sample projects demonstrate how IES can be used for shading and daylighting analysis, integrated daylighting and energy optimization, and natural ventilation studies. However, the document notes that IES interfaces may not be optimal for mechanical design and output files can be difficult for non-IES users. Validation of load calculations and energy models in IES requires additional software and manual steps.
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- An introduction describing the objectives of analyzing the building's energy consumption and running simulations to test improvements.
- Sections on energy use in airports, typical major energy consumers like HVAC and lighting, and the carbon footprint of airport buildings.
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• Whole building energy usage forecast
• Fenestration design
• Façade development
• Zone level energy performance
• Baseline and design case models
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Energy simulation & analysis
Building simulation is the process of using a computer to build a virtual replica of a building.
The building is built from its component parts on a computer and a simulation is performed by taking that building through the weather conditions of an entire year.
In a way, building simulation is a way to quantitatively predict the future and thus has considerable value.
Building simulation is commonly divided into two categories:
Load Design,
Energy-Analysis.
The common phrase for building simulation when energy is involved is Energy-Simulation.
PosterPresentation
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A technology company based in California was looking to reduce energy costs from their HVAC systems. An independent study by AESC monitored 8 HVAC units over 6 weeks and found that installing AspenAir filters could reduce energy usage by 80% by lowering pressure drop and allowing fans to run slower. Based on these energy savings, the company plans to install AspenAir filters across their remaining North American facilities.
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This document is a resume for Yunli Zhang which includes the following information:
- Educational background including a Master's degree in Mechanical Engineering from the University of Maryland and a Bachelor's degree in Energy and Environment Systems Engineering from Shandong University in China.
- Relevant coursework and skills including courses in fluid dynamics, heat transfer, and engineering software like AutoCAD, Pro/E, and ANSYS.
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- Designing and assembling high voltage test boxes to ensure functionality of repaired aircraft components.
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This document discusses measuring energy use and occupant satisfaction in buildings. It provides an example of a school project in Seaside, California called Chartwell that is using 27% more energy than designed. Possible reasons discussed for the excess energy use include unanticipated equipment loads, incorrect controls settings, and equipment failures. The document also discusses strategies to improve energy monitoring, commissioning, and post-occupancy evaluation to help understand performance gaps and enhance occupant satisfaction.
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Se hacen tesis de educación básica
Se ofrecen servicios de tesis de grado para educación básica y otros temas. Se recomienda visitar el sitio web sehacetesis.com para obtener más información sobre cómo realizar una tesis.
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Se realizan tesis sobre educación de párvulos y otros temas. Se puede visitar el sitio web sehacetesis.com para obtener más información sobre tesis.
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project_portfolio
- 1. Yan Chen Mechanical, Aerospace and Materials Engineering Arizona State University Past Projects CAD Automa@on FEA
- 2. ì FEA Project: Material Strength Effects on Hydrodynamic Instabilities in Dynamically -‐ loaded Samples
- 3. ì Senior Design Project (collaborative): Automated Garden In charge of the control system
- 4. ì CAD Project: Commercial Ovens