Re: Pro E Wildfire 5.0 Software Torrent Download For Windows 7 64 Bit
Oleta Blaylock
I know there was a work around for Pro/Engineer with Wildfire 5 on Window 10 to use Mozilla Firefox as the browser. This worked for me for 4 months until sometime last week. I'm not sure if there was any update made, but has anyone else run into this issue? I'm unable to view my workspace from Pro/Engineer anymore.
We all know that there is "Not Supported" and then there is "Not Working" We have upgraded a few Wildfire 5.0 machines to Windows 10 and so far it seems to work okay. Depending how far you wander off the path, it may or may not work for you.
I know this is an old thread, I was wondering how it worked out or if you or anyone out there has performed a fresh load of wildfire 4 (or 2) on a windows 10 pro laptop or did you have to load it on windows 7 pro?
Once upon a time, I stumbled across a page with all the threat ID's used for Data Filtering.
From what I remember"PKG File Detected(52152)" is the threat name and ID used when the firewall sees a PKG file. Windows Executable (EXE) (52020) is when the firewall detects a windows executable.
I am slightly puzzled to see this threat ID used for a wildfire report in Splunk. From my previous experience, wildfire alerts had a different set of threat ID. I would like to know the following:
1. Does anybody know where is the list of threat ID used for the DATA Filtering events?
if you feel like putting in the work, you can use the 'show threat id' command in the CLI, but you have to specify the ID, so you basically need to manually scan each number, tho I suppose there could be some level of automation if it was really worth the investment to you
Tempered glass is about four times more resistant to breaking during a wildfire. Remember, even dual-pane, tempered glass windows will not protect your house if they are left open. Close all windows before you evacuate during a wildfire.
Managing the vegetation and other types of items that could catch fire in the areas nearest to your home or business is even more critical. This includes maintaining the surrounding vegetation and using non-combustible mulch and ignition-resistant materials for yard and garden structures.
During a wildfire an open window is the most vulnerable to flames or embers. Closed windows fail if the glass breaks or if the frame material ignites and burns through into the home. If the glass breaks, embers can easily enter through the opening and ignite materials in the home. Glass breaks as a result of temperature differences (and resulting stresses) that develop between the glass that you can see (i.e., look through) and the glass that is protected by the framing material when a window is exposed to the heat of a fire. The stresses cause small cracks that occur at the edge of the glass to grow. Since larger pieces of glass (in larger windows) have more edge (and therefore more small cracks), larger windows are more vulnerable than smaller ones.
A discussion of windows is complicated because they can be made from many materials. Different kinds of glass can be used (e.g., annealed, tempered, and laminated), as well as different framing materials (e.g., wood, vinyl, aluminum, vinyl- and aluminum-clad wood, and fiberglass). Depending on the type of window, other components (often combustible) can be used inside the frame (e.g., in the pulley system of a single or double-hung window) and different materials are also used to hold the glass in the frame. Because the window is set in the wall, its performance can depend on whether or not the siding ignites. As is the case with siding, glass breakage or frame ignition will depend on the severity of the radiant heat level (both the amount and duration) and whether direct flame contact from burning vegetation or other near-home materials occurs.
McArthur (1991) tested wood- and aluminum-framed windows and reported that the glass was the most vulnerable component. These results generally agree with unpublished research conducted at the University of California Fire Research Laboratory. In these studies a variety of frame and glass types were studied. During one test the beading material that holds the glass to the frame failed, allowing the glass to fall out prior to breaking, but otherwise these results support the recommendation to use the more resistant tempered glass, and select frame material based on other factors (aesthetics, cost, etc.). Therefore, to improve the performance of their windows under wildfire exposures, homeowners should upgrade to a multipaned unit (two or three panes), using tempered glass (the California building code requires that at least one pane in a multipaned unit be tempered). Tempered glass is about four times stronger, and also much more resistant to thermal exposures, than the normal annealed glass commonly found in most windows.
Research conducted in Australia has shown that a reflective film on the exterior surface of the outside glass provides effective protection against radiant exposures (Bowditch et al. 2006). These coatings are most often used to reduce energy costs of a building and there are a number of commercially available products. If you are considering use of a reflective coating to improve the performance of your windows during a wildfire, consult with an energy professional to evaluate other impacts of the coating. Bowditch et al. (2006) also reported that laminated glass did not perform any better than annealed glass (i.e., the glass typically used in windows).
Low-E coatings have sometimes been discussed as a means of enhancing the wildfire performance of windows. Low-E coatings are always on one of the inner surfaces of a dual-pane unit. Mathematical modeling has predicted that a low-E coating placed on the inner surface of the outside glass would improve the performance of a window exposed to a wildfire (Cuzzillo and Pagni 1998). This has not been confirmed by laboratory testing, but agrees with reports that manufacturers will place low-E coatings on this surface in order to minimize the potential for thermal stress (Carmody et al. 1996).
Ignition of window curtains from a radiant exposure, prior to glass breakage, is unlikely as long as annealed or tempered glass is used. Babrauskas (2003) summarized research investigating glass breakage and ignition of materials under radiant heat. He reported that glass breakage occurred at radiant exposures between 10 kilowatts per square meter for single-pane annealed glass (approximately 25 kilowatts per square meter for double pane) and 45 kilowatts per square meter for tempered glass. Cotton and polyester materials (which curtains might be made of ) were igniting at about 40 kilowatts per square meter, but he also reported that glass reduces the amount of radiation transmission by half. With these types of glass, breakage is far more likely to occur before curtains ignite. It is still a good idea to remove easily ignitable things away from the window in case of glass breakage and ember entry. If you have more expensive types of glass (e.g., ceramic, borosilicate, or dual-pane/intumescent-filled units), then ignition of interior objects would be far more likely because they are much more effective at resisting breakage under elevated radiant heat exposures. However, windows with any of these kinds of glass are very expensive and beyond the budget of most homeowners. (Automatic shutters would be more affordable and would provide comparable protection from radiant exposures.) More importantly, if you expect these kinds of fire exposures, then certain near-home vegetation management projects should be a top priority on your To-Do list.
During a wildfire, windows can be exposed to both radiant heat and direct flame contact exposures. Because wind-blown embers (firebrands) can travel up to a mile or more in front of the wildfire, when a wildfire threatens, windows will be exposed to embers. Therefore, the most vulnerable window when a wildfire threatens is one that is left open. Particularly with unscreened windows, embers will enter the home, potentially igniting interior furnishings (carpet, furniture, etc.).
Windows subjected to a radiant heat or direct flame contact exposure can fail if the framing material ignites or if the glass breaks. In either case, the fire is able to move from the outside to the inside of the house. As the heat from a wildfire increases, glass will break as a result of temperature differences between the glass you can see through and the glass that is protected by the framing material.
Creating and maintaining good defensible space around your home, particularly in the 0 to 5 ft zone (sometimes referred to as the noncombustible or low-combustible zone), will reduce the amount of heat that your window could be exposed to.
This work is supported in part by New Technologies for Agriculture Extension grant no. 2020-41595-30123 from the USDA National Institute of Food and Agriculture. Any opinions, findings, conclusions, or recommendations expressed in this publication are those of the author(s) and do not necessarily reflect the view of the U.S. Department of Agriculture.
Wildfires produce a range of harmful air pollutants, from cancer-causing substances to tiny particles that can aggravate existing health problems and increase the risk of heart attack or stroke. Particulate matter (PM) is the main pollutant of concern from wildfire smoke for relatively short-term exposures (hours to weeks). Particles from smoke can be very small (with diameters of 2.5 micrometers and smaller). They are small enough to get deep into the lungs and the tiniest, ultrafine particles can pass directly into the bloodstream. The association between PM2.5 and heart and lung health effects is well documented in scientific literature.
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