fstratmannresearch.blogspot.com
Research Blog: The VTB Models Part 3: The Thermal Mass
http://fstratmannresearch.blogspot.com/2009/07/vtb-models-part-2-thermal-mass.html
This blog contains links and information collected by F. Stratmann during the summer of 2009 for a research internship at USC. Findings and data may also be posted here, as well as anything of note found through Internet searches and reading. Friday, July 17, 2009. The VTB Models Part 3: The Thermal Mass. The entity accepts the following parameters:. Initial Temperature - deg. C. Specific Heat - J/(g*K). The viewables for the entity are:. The C# programming for the engine that drives the simulation:.
fstratmannresearch.blogspot.com
Research Blog: Modeling a Room to Test Thermal Efficiency
http://fstratmannresearch.blogspot.com/2009/06/modeling-room-to-test-thermal.html
This blog contains links and information collected by F. Stratmann during the summer of 2009 for a research internship at USC. Findings and data may also be posted here, as well as anything of note found through Internet searches and reading. Wednesday, June 10, 2009. Modeling a Room to Test Thermal Efficiency. The task at hand for the summer has been further defined. Here is the task for the next few days:. This is all to be accomplished by around July 17th ( 6 weeks). View my complete profile. Initial ...
fstratmannresearch.blogspot.com
Research Blog: The VTB Models Part 2: The Thermal Capacitor
http://fstratmannresearch.blogspot.com/2009/07/vtb-models-part-2-thermal-capacitor.html
This blog contains links and information collected by F. Stratmann during the summer of 2009 for a research internship at USC. Findings and data may also be posted here, as well as anything of note found through Internet searches and reading. Friday, July 17, 2009. The VTB Models Part 2: The Thermal Capacitor. The entity accepts the following parameters:. Specific Heat - J/(g*K). Initial Temperature - deg. C. The viewables for the entity are:. The thermal heat capacity is computed through the formula:.
fstratmannresearch.blogspot.com
Research Blog: The Model Room
http://fstratmannresearch.blogspot.com/2009/07/model-room.html
This blog contains links and information collected by F. Stratmann during the summer of 2009 for a research internship at USC. Findings and data may also be posted here, as well as anything of note found through Internet searches and reading. Friday, July 17, 2009. 1/4" Ceramic Tile - to model the thermal capacitance and resistance of materials such as brick or concrete. 1/4" Plywood - a standard layer in wall construction which acts as a thermal resistor. The floor was constructed as follows:. 105" x 11...
fstratmannresearch.blogspot.com
Research Blog: Thermal Resistance Circuits
http://fstratmannresearch.blogspot.com/2009/06/thermal-resistance-circuits.html
This blog contains links and information collected by F. Stratmann during the summer of 2009 for a research internship at USC. Findings and data may also be posted here, as well as anything of note found through Internet searches and reading. Monday, June 29, 2009. A useful analogy in modeling heat transfer is to an electrical circuit. Models of thermal situations made through this analogy are known as thermal resistance circuits. In a thermal resistance circuit, a thermal resistance (R. A Simplified The...
fstratmannresearch.blogspot.com
Research Blog: Cooler Experiment 2 - 1 Hole
http://fstratmannresearch.blogspot.com/2009/06/cooler-experiment-2.html
This blog contains links and information collected by F. Stratmann during the summer of 2009 for a research internship at USC. Findings and data may also be posted here, as well as anything of note found through Internet searches and reading. Thursday, June 18, 2009. Cooler Experiment 2 - 1 Hole. To mix things up a bit, the cooler experiment was redone, but this time with a hole of diameter 5cm placed on the top left side. The cooler was let set for 24hrs again, with the following results:. When modeling...
fstratmannresearch.blogspot.com
Research Blog: The VTB Models Part 5: Ambient Temperature
http://fstratmannresearch.blogspot.com/2009/07/vtb-models-part-5-ambient-temperature.html
This blog contains links and information collected by F. Stratmann during the summer of 2009 for a research internship at USC. Findings and data may also be posted here, as well as anything of note found through Internet searches and reading. Monday, July 27, 2009. The VTB Models Part 5: Ambient Temperature. The entity is entirely signal dependent. Temperature is the only viewable (as well as the Input by default). The math that governs the behavior of this entity (resistive companion method):. DTempLeve...
fstratmannresearch.blogspot.com
Research Blog: The VTB Models Part 6: The Thermal Resistor - Convection (concept/ experimental)
http://fstratmannresearch.blogspot.com/2009/07/vtb-models-part-6-thermal-resistor.html
This blog contains links and information collected by F. Stratmann during the summer of 2009 for a research internship at USC. Findings and data may also be posted here, as well as anything of note found through Internet searches and reading. Monday, July 27, 2009. The VTB Models Part 6: The Thermal Resistor - Convection (concept/ experimental). As of yet, it is uncertain if this entity functions as intended. the following is simply based off of concept. HA(T − T∞). H = ΔQ / (A * ΔT * Δt). The original t...
fstratmannresearch.blogspot.com
Research Blog: Final Report
http://fstratmannresearch.blogspot.com/2009/07/final-report.html
This blog contains links and information collected by F. Stratmann during the summer of 2009 for a research internship at USC. Findings and data may also be posted here, as well as anything of note found through Internet searches and reading. Thursday, July 30, 2009. Thermal Simulation of Buildings and Rooms in VTB Through Thermal Circuit Equivalents. No response to “Final Report”. View my complete profile. Initial Validation of VTB Simulation. The VTB Models Part 7: Thermometer. 169; 2009 Research Blog.
fstratmannresearch.blogspot.com
Research Blog: The Virtue of the Copper Plate
http://fstratmannresearch.blogspot.com/2009/07/virtue-of-copper-plate.html
This blog contains links and information collected by F. Stratmann during the summer of 2009 for a research internship at USC. Findings and data may also be posted here, as well as anything of note found through Internet searches and reading. Friday, July 17, 2009. The Virtue of the Copper Plate. 7292 deg. C. 683 deg. C. 7589 deg. C. 7064 deg. C. 6639 deg. C. 7347 deg. C. No response to “The Virtue of the Copper Plate”. View my complete profile. Initial Validation of VTB Simulation. Hydronic Radiant Cool...