Toward understanding ignition vulnerabilities to firebrand showers using reduced-scale experiments [0.03%]
利用缩小规模的实验研究飞火暴雨引发火灾的弱点
Sayaka Suzuki,Samuel L Manzello
Sayaka Suzuki
Over the past few years, the large outdoor fire problem has been a growing concern throughout the world. It is recommended to clear the combustibles around homes and within communities to avoid potential loss of properties, as firebrand sho...
Ignition Vulnerabilities of Combustibles around Houses to Firebrand Showers: Further Comparison of Experiments [0.03%]
房屋周围可燃物对火雨式点燃脆弱性的影响进一步实验比较分析研究
Sayaka Suzuki,Samuel L Manzello
Sayaka Suzuki
Wildland fires and wildland urban-interface (WUI) fires have become a significant problem in recent years. The mechanisms of home ignition in WUI fires are direct flame contact, thermal radiation, and firebrand attack. Out of these three fi...
Understanding Structure Ignition Vulnerabilities Using Mock-up Sections of Attached Wood Fencing Assemblies [0.03%]
利用附墙木护栏组合的全尺寸模型理解结构点燃脆弱性
Sayaka Suzuki,Samuel L Manzello
Sayaka Suzuki
Firebrand production from structure combustion becomes a key factor in the magnitude of how quickly a large outdoor fire may spread. Post-fire disaster investigations suggest that attached building components, such as wood fencing assemblie...
Initial Study on Thatched Roofing Assembly Ignition Vulnerabilities to Firebrand Showers [0.03%]
关于稻草屋顶建筑受飞火袭击易燃特性的初步研究
Sayaka Suzuki,Samuel L Manzello
Sayaka Suzuki
Structures fitted with thatched roofing assemblies are prone to ignition during the course of large outdoor fires. Experiments with thatched roofing assemblies were performed by using a reduced-scale continuous-feed firebrand generator in a...