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コンテンツは Wojciech Wegrzynski によって提供されます。エピソード、グラフィック、ポッドキャストの説明を含むすべてのポッドキャスト コンテンツは、Wojciech Wegrzynski またはそのポッドキャスト プラットフォーム パートナーによって直接アップロードされ、提供されます。誰かがあなたの著作物をあなたの許可なく使用していると思われる場合は、ここで概説されているプロセスに従うことができますhttps://ja.player.fm/legal
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162 - Experiments that changed fire science pt. 9 - Jin's experiment on visibility in smoke

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Manage episode 431581844 series 2939491
コンテンツは Wojciech Wegrzynski によって提供されます。エピソード、グラフィック、ポッドキャストの説明を含むすべてのポッドキャスト コンテンツは、Wojciech Wegrzynski またはそのポッドキャスト プラットフォーム パートナーによって直接アップロードされ、提供されます。誰かがあなたの著作物をあなたの許可なく使用していると思われる場合は、ここで概説されているプロセスに従うことができますhttps://ja.player.fm/legal

In this episode of Experiments that Changed Fire Science we cover T. Jin’s experiments on the visibility in smoke – two experiments carried out in 1970 and 1971 in Japan that truly changed the way how we model fires and how we design fire safety in our buildings.

This episodes presents my recollection of Jin’s experiments, based on the published work – the seminal paper at the IAFSS in 1997 (https://publications.iafss.org/publications/fss/5/3/view/fss_5-3.pdf) and the original material published in Japanese in 1970 and 1971:

  • Jin, T. (1970). Visibility through Fire Smoke (I). Bulletin of the Fire Prevention Society of Japan, 19(2).
  • Jin, T. (1971). Visibility through Fire Smoke (II). Bulletin of the Fire Prevention Society of Japan, 21(1).

In the episode, I highlight the technical details of the experiments and their potential impact on the findings. I also present the overall model proposed by Jin, indicating the variables that influence it, and my recollection of how this model was implemented in modern fire safety engineering.

Further readings to this would be some of my papers:

  • Węgrzyński, W., & Vigne, G. (2017). Experimental and numerical evaluation of the influence of the soot yield on the visibility in smoke in CFD analysis. Fire Safety Journal, 91(SI), 389–398. https://doi.org/10.1016/j.firesaf.2017.03.053
  • Węgrzyński, W., Antosiewicz, P., & Fangrat, J. (2021). Multi-Wavelength Densitometer for Experimental Research on the Optical Characteristics of Smoke Layers. Fire Technology, 57(5), 2683–2706. https://doi.org/10.1007/s10694-021-01139-5

And a very recent paper by my collaborators from Wuppertal:

Please also visit episode https://www.firescienceshow.com/030-visibility-prediction-framework-with-lukas-arnold/ with my friend Lukas Arnold, on how we intend to change the visibility prediction in fire safety engineering!

This research was funded in part by National Science Centre, Poland in the grant OPUS 2020/39/I/ST8/03159.

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The Fire Science Show is produced by the Fire Science Media in collaboration with OFR Consultants. Thank you to the podcast sponsor for their continuous support towards our mission.

  continue reading

1. Visibility in Smoke Experiments and Impact (00:00:00)

2. Smoke Visibility and Sign Perception (00:14:40)

3. Smoke Visibility and Sign Perception (00:24:43)

4. Smoke Visibility and Safety Impact (00:36:01)

181 つのエピソード

Artwork
iconシェア
 
Manage episode 431581844 series 2939491
コンテンツは Wojciech Wegrzynski によって提供されます。エピソード、グラフィック、ポッドキャストの説明を含むすべてのポッドキャスト コンテンツは、Wojciech Wegrzynski またはそのポッドキャスト プラットフォーム パートナーによって直接アップロードされ、提供されます。誰かがあなたの著作物をあなたの許可なく使用していると思われる場合は、ここで概説されているプロセスに従うことができますhttps://ja.player.fm/legal

In this episode of Experiments that Changed Fire Science we cover T. Jin’s experiments on the visibility in smoke – two experiments carried out in 1970 and 1971 in Japan that truly changed the way how we model fires and how we design fire safety in our buildings.

This episodes presents my recollection of Jin’s experiments, based on the published work – the seminal paper at the IAFSS in 1997 (https://publications.iafss.org/publications/fss/5/3/view/fss_5-3.pdf) and the original material published in Japanese in 1970 and 1971:

  • Jin, T. (1970). Visibility through Fire Smoke (I). Bulletin of the Fire Prevention Society of Japan, 19(2).
  • Jin, T. (1971). Visibility through Fire Smoke (II). Bulletin of the Fire Prevention Society of Japan, 21(1).

In the episode, I highlight the technical details of the experiments and their potential impact on the findings. I also present the overall model proposed by Jin, indicating the variables that influence it, and my recollection of how this model was implemented in modern fire safety engineering.

Further readings to this would be some of my papers:

  • Węgrzyński, W., & Vigne, G. (2017). Experimental and numerical evaluation of the influence of the soot yield on the visibility in smoke in CFD analysis. Fire Safety Journal, 91(SI), 389–398. https://doi.org/10.1016/j.firesaf.2017.03.053
  • Węgrzyński, W., Antosiewicz, P., & Fangrat, J. (2021). Multi-Wavelength Densitometer for Experimental Research on the Optical Characteristics of Smoke Layers. Fire Technology, 57(5), 2683–2706. https://doi.org/10.1007/s10694-021-01139-5

And a very recent paper by my collaborators from Wuppertal:

Please also visit episode https://www.firescienceshow.com/030-visibility-prediction-framework-with-lukas-arnold/ with my friend Lukas Arnold, on how we intend to change the visibility prediction in fire safety engineering!

This research was funded in part by National Science Centre, Poland in the grant OPUS 2020/39/I/ST8/03159.

----
The Fire Science Show is produced by the Fire Science Media in collaboration with OFR Consultants. Thank you to the podcast sponsor for their continuous support towards our mission.

  continue reading

1. Visibility in Smoke Experiments and Impact (00:00:00)

2. Smoke Visibility and Sign Perception (00:14:40)

3. Smoke Visibility and Sign Perception (00:24:43)

4. Smoke Visibility and Safety Impact (00:36:01)

181 つのエピソード

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