Sustainability Planning of IIT Buildings (semester?), IPRO 320: Energy and sustainability for IIT Campus IPRO 320 Final Report S06

The main objectives of this project are to gather Heating Ventilation and Air Conditioning performance data (Temperature, Humidity, Air Speed, Light) of each building on campus and to analyze it to provide feasible solutions to the problems found.Deliverables for IPRO 320: Sustainability Planning of IIT Buildings for the Summer 2006 semeste

Sustainability Planning of IIT Buildings (semester?), IPRO 320: Energy and sustainability for IIT Campus IPRO 320 IPRO Day Presentation S06

The main objectives of this project are to gather Heating Ventilation and Air Conditioning performance data (Temperature, Humidity, Air Speed, Light) of each building on campus and to analyze it to provide feasible solutions to the problems found.Deliverables for IPRO 320: Sustainability Planning of IIT Buildings for the Summer 2006 semeste

Sustainability Planning of IIT Buildings (semester?), IPRO 320: Energy and sustainability for IIT Campus IPRO 320 Midterm Report S06

The main objectives of this project are to gather Heating Ventilation and Air Conditioning performance data (Temperature, Humidity, Air Speed, Light) of each building on campus and to analyze it to provide feasible solutions to the problems found.Deliverables for IPRO 320: Sustainability Planning of IIT Buildings for the Summer 2006 semeste

Sustainability Planning of IIT Buildings (semester?), IPRO 320: Energy and sustainability for IIT Campus IPRO 320 Poster S06

The main objectives of this project are to gather Heating Ventilation and Air Conditioning performance data (Temperature, Humidity, Air Speed, Light) of each building on campus and to analyze it to provide feasible solutions to the problems found.Deliverables for IPRO 320: Sustainability Planning of IIT Buildings for the Summer 2006 semeste

Sustainability Planning of IIT Buildings (semester?), IPRO 320

The main objectives of this project are to gather Heating Ventilation and Air Conditioning performance data (Temperature, Humidity, Air Speed, Light) of each building on campus and to analyze it to provide feasible solutions to the problems found.Deliverables for IPRO 320: Sustainability Planning of IIT Buildings for the Summer 2006 semeste

Developing Innovative Design Concepts for Airflow, Energy Sustainability and Fire Protection Safety in Buildings (semester?), IPRO 336: Airflow Energy Sust fire Protect in Bldgs IPRO 336 Final Report Sp07

IPRO 336’s objective is performing an original experimental study that will help to determine the effects that stack effect phenomenon has on the distribution of the pressure and the airflow movements within high rise buildings. Specifically, the effect that phenomenon has a on the movement of the fume (in case of fire) and pollutant gases, which are directly related to the safety of the inhabitants. As a part of this project, the team is planning to:  Quantify the effect of pressure variation due to stack effect on airflow diffusers  Characterize the airflow diffuser  Perform the air-tightness measurement of the building envelope  Measure the airflow, pressure difference, temperature, relative humidity and air velocity in order to determine the thermal comfort indices (PMV, PPD and others)  Deliver a descriptive report of effects that stack effect has in case of fire, and prescribe possible solutionsDeliverables for IPRO 336: Developing Innovative Design Concepts for Airflow, Energy Sustainability and Fire Protection Safety in Buildings for the Spring 2007 semeste

Developing Innovative Design Concepts for Airflow, Energy Sustainability and Fire Protection Safety in Buildings (semester?), IPRO 336

IPRO 336’s objective is performing an original experimental study that will help to determine the effects that stack effect phenomenon has on the distribution of the pressure and the airflow movements within high rise buildings. Specifically, the effect that phenomenon has a on the movement of the fume (in case of fire) and pollutant gases, which are directly related to the safety of the inhabitants. As a part of this project, the team is planning to:  Quantify the effect of pressure variation due to stack effect on airflow diffusers  Characterize the airflow diffuser  Perform the air-tightness measurement of the building envelope  Measure the airflow, pressure difference, temperature, relative humidity and air velocity in order to determine the thermal comfort indices (PMV, PPD and others)  Deliver a descriptive report of effects that stack effect has in case of fire, and prescribe possible solutionsDeliverables for IPRO 336: Developing Innovative Design Concepts for Airflow, Energy Sustainability and Fire Protection Safety in Buildings for the Spring 2007 semeste

Developing Innovative Design Concepts for Airflow, Energy Sustainability and Fire Protection Safety in Buildings (semester?), IPRO 336: Airflow Energy Sust fire Protect in Bldgs IPRO 336 IPRO Day Presentation Sp07

IPRO 336’s objective is performing an original experimental study that will help to determine the effects that stack effect phenomenon has on the distribution of the pressure and the airflow movements within high rise buildings. Specifically, the effect that phenomenon has a on the movement of the fume (in case of fire) and pollutant gases, which are directly related to the safety of the inhabitants. As a part of this project, the team is planning to:  Quantify the effect of pressure variation due to stack effect on airflow diffusers  Characterize the airflow diffuser  Perform the air-tightness measurement of the building envelope  Measure the airflow, pressure difference, temperature, relative humidity and air velocity in order to determine the thermal comfort indices (PMV, PPD and others)  Deliver a descriptive report of effects that stack effect has in case of fire, and prescribe possible solutionsDeliverables for IPRO 336: Developing Innovative Design Concepts for Airflow, Energy Sustainability and Fire Protection Safety in Buildings for the Spring 2007 semeste

Developing Innovative Design Concepts for Airflow, Energy Sustainability and Fire Protection Safety in Buildings (semester?), IPRO 336: Airflow Energy Sust fire Protect in Bldgs IPRO 336 Poster Sp07

IPRO 336’s objective is performing an original experimental study that will help to determine the effects that stack effect phenomenon has on the distribution of the pressure and the airflow movements within high rise buildings. Specifically, the effect that phenomenon has a on the movement of the fume (in case of fire) and pollutant gases, which are directly related to the safety of the inhabitants. As a part of this project, the team is planning to:  Quantify the effect of pressure variation due to stack effect on airflow diffusers  Characterize the airflow diffuser  Perform the air-tightness measurement of the building envelope  Measure the airflow, pressure difference, temperature, relative humidity and air velocity in order to determine the thermal comfort indices (PMV, PPD and others)  Deliver a descriptive report of effects that stack effect has in case of fire, and prescribe possible solutionsDeliverables for IPRO 336: Developing Innovative Design Concepts for Airflow, Energy Sustainability and Fire Protection Safety in Buildings for the Spring 2007 semeste

Developing Innovative Design Concepts for Airflow, Energy Sustainability and Fire Protection Safety in Buildings (semester?), IPRO 336: Airflow Energy Sust fire Protect in Bldgs IPRO 336 Project Plan Sp07

IPRO 336’s objective is performing an original experimental study that will help to determine the effects that stack effect phenomenon has on the distribution of the pressure and the airflow movements within high rise buildings. Specifically, the effect that phenomenon has a on the movement of the fume (in case of fire) and pollutant gases, which are directly related to the safety of the inhabitants. As a part of this project, the team is planning to:  Quantify the effect of pressure variation due to stack effect on airflow diffusers  Characterize the airflow diffuser  Perform the air-tightness measurement of the building envelope  Measure the airflow, pressure difference, temperature, relative humidity and air velocity in order to determine the thermal comfort indices (PMV, PPD and others)  Deliver a descriptive report of effects that stack effect has in case of fire, and prescribe possible solutionsDeliverables for IPRO 336: Developing Innovative Design Concepts for Airflow, Energy Sustainability and Fire Protection Safety in Buildings for the Spring 2007 semeste