Fixed Price: Not Sure
| Posted: Nov 22, 2015 | Ends: 8d, 23h |
For this project, the parameter that I want to determine is the steady state Heat Release Rate (HRR) as a function of measured hot gas layer (HGL) temperature data. In other words, I want to invert for the probability distribution of the HRR parameter that result in the steady state HGL temperature data. Measured HGL temperatures from Steckler compartment fire tests will be used [The Reference is: Flow Induced by Fire in a Compartment]. In those tests, the HRR from a methane burner in a compartment was reported as 62.9 kW, and various ventilation configurations were used. Assuming that we have no knowledge about the true experimental HRR, and we want to determine the most likely HRR in the compartment that resulted in the measured hot gas layer (HGL) temperature data. The measured temperature data could be used as an input to an inversion procedure to determine the most likely HRR. The focus of this project is to develop accurate method to compute HRR data using measured temperature da...
Fixed Price: Less than $500
| Posted: Nov 19, 2015 | Ends: 6d, 6h |
I need an enclosure for a 10.1" monitor. The tv will be mounted in a restroom. The monitor needs to be protected from people and water. I need the design to look sleek. There must be two power outlets built into the enclosure with a power cord that is 8ft long. There must also be room for a media player inside the enclosure. I need the enclosure to be easily mountable. Here is a link to the monitor [obscured] /default/er-tftv101-1. You can find more specs on the media player here [obscured] /info.html#faq. The monitor is 235.0 x 143.0 mm. The media player is 86 x 56 x 20 mm.