Snow avalanche friction relation based on extended kinetic theory

Rauter, Matthias; Fischer, Jan-Thomas; Fellin, Wolfgang; Kofler, Andreas

doi:https://doi.org/10.5194/nhess-16-2325-2016

Articles | Volume 16, issue 11

https://doi.org/10.5194/nhess-16-2325-2016

© Author(s) 2016. This work is distributed under
the Creative Commons Attribution 3.0 License.

https://doi.org/10.5194/nhess-16-2325-2016

© Author(s) 2016. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 16, issue 11

Research article

|

03 Nov 2016

Research article |

| 03 Nov 2016

Snow avalanche friction relation based on extended kinetic theory

Matthias Rauter, Jan-Thomas Fischer, Wolfgang Fellin, and Andreas Kofler

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Total article views: 3,695 (including HTML, PDF, and XML)

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HTML: 1,755
PDF: 1,756
XML: 184
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BibTeX: 116
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Views and downloads (calculated since 01 Apr 2016)

Month	HTML	PDF	XML	Total
Apr 2016	92	27	2	121
May 2016	54	8	0	62
Jun 2016	16	6	1	23
Jul 2016	8	3	0	11
Aug 2016	8	2	0	10
Sep 2016	12	6	0	18
Oct 2016	12	4	0	16
Nov 2016	103	27	1	131
Dec 2016	33	20	0	53
Jan 2017	21	20	1	42
Feb 2017	10	10	0	20
Mar 2017	24	20	0	44
Apr 2017	18	8	0	26
May 2017	23	20	0	43
Jun 2017	26	14	0	40
Jul 2017	18	11	0	29
Aug 2017	14	15	1	30
Sep 2017	20	14	0	34
Oct 2017	6	23	0	29
Nov 2017	14	20	1	35
Dec 2017	15	19	2	36
Jan 2018	19	20	0	39
Feb 2018	13	15	0	28
Mar 2018	17	31	1	49
Apr 2018	13	15	0	28
May 2018	6	14	0	20
Jun 2018	12	26	1	39
Jul 2018	15	25	2	42
Aug 2018	20	34	2	56
Sep 2018	9	25	0	34
Oct 2018	21	26	3	50
Nov 2018	18	38	2	58
Dec 2018	12	29	2	43
Jan 2019	13	15	1	29
Feb 2019	16	15	0	31
Mar 2019	12	26	0	38
Apr 2019	11	24	0	35
May 2019	13	29	0	42
Jun 2019	9	28	0	37
Jul 2019	19	27	2	48
Aug 2019	12	32	0	44
Sep 2019	12	34	1	47
Oct 2019	9	24	0	33
Nov 2019	10	30	7	47
Dec 2019	3	10	0	13
Jan 2020	9	13	2	24
Feb 2020	11	11	5	27
Mar 2020	3	19	6	28
Apr 2020	4	11	3	18
May 2020	14	13	2	29
Jun 2020	19	28	5	52
Jul 2020	23	31	11	65
Aug 2020	9	12	4	25
Sep 2020	15	13	3	31
Oct 2020	12	28	5	45
Nov 2020	16	15	5	36
Dec 2020	19	35	6	60
Jan 2021	27	28	8	63
Feb 2021	18	20	3	41
Mar 2021	20	22	7	49
Apr 2021	10	12	4	26
May 2021	19	19	3	41
Jun 2021	10	14	3	27
Jul 2021	6	13	0	19
Aug 2021	9	28	1	38
Sep 2021	14	18	0	32
Oct 2021	11	47	0	58
Nov 2021	13	32	2	47
Dec 2021	14	11	4	29
Jan 2022	12	14	1	27
Feb 2022	9	4	2	15
Mar 2022	11	9	1	21
Apr 2022	10	10	2	22
May 2022	9	8	1	18
Jun 2022	5	4	2	11
Jul 2022	8	7	2	17
Aug 2022	19	11	0	30
Sep 2022	14	8	0	22
Oct 2022	5	9	1	15
Nov 2022	12	12	0	24
Dec 2022	7	3	1	11
Jan 2023	18	15	0	33
Feb 2023	32	13	0	45
Mar 2023	18	11	0	29
Apr 2023	9	13	0	22
May 2023	24	9	3	36
Jun 2023	33	5	0	38
Jul 2023	12	6	1	19
Aug 2023	12	10	3	25
Sep 2023	3	15	0	18
Oct 2023	11	18	3	32
Nov 2023	11	12	0	23
Dec 2023	16	15	2	33
Jan 2024	16	19	1	36
Feb 2024	11	9	2	22
Mar 2024	22	23	1	46
Apr 2024	23	9	7	39
May 2024	24	15	5	44
Jun 2024	41	10	2	53
Jul 2024	28	9	2	39
Aug 2024	25	9	3	37
Sep 2024	8	5	1	14
Oct 2024	35	20	5	60
Nov 2024	16	5	5	26

Cumulative views and downloads (calculated since 01 Apr 2016)

Month	HTML	PDF	XML	Total
Apr 2016	92	27	2	121
May 2016	54	8	0	62
Jun 2016	16	6	1	23
Jul 2016	8	3	0	11
Aug 2016	8	2	0	10
Sep 2016	12	6	0	18
Oct 2016	12	4	0	16
Nov 2016	103	27	1	131
Dec 2016	33	20	0	53
Jan 2017	21	20	1	42
Feb 2017	10	10	0	20
Mar 2017	24	20	0	44
Apr 2017	18	8	0	26
May 2017	23	20	0	43
Jun 2017	26	14	0	40
Jul 2017	18	11	0	29
Aug 2017	14	15	1	30
Sep 2017	20	14	0	34
Oct 2017	6	23	0	29
Nov 2017	14	20	1	35
Dec 2017	15	19	2	36
Jan 2018	19	20	0	39
Feb 2018	13	15	0	28
Mar 2018	17	31	1	49
Apr 2018	13	15	0	28
May 2018	6	14	0	20
Jun 2018	12	26	1	39
Jul 2018	15	25	2	42
Aug 2018	20	34	2	56
Sep 2018	9	25	0	34
Oct 2018	21	26	3	50
Nov 2018	18	38	2	58
Dec 2018	12	29	2	43
Jan 2019	13	15	1	29
Feb 2019	16	15	0	31
Mar 2019	12	26	0	38
Apr 2019	11	24	0	35
May 2019	13	29	0	42
Jun 2019	9	28	0	37
Jul 2019	19	27	2	48
Aug 2019	12	32	0	44
Sep 2019	12	34	1	47
Oct 2019	9	24	0	33
Nov 2019	10	30	7	47
Dec 2019	3	10	0	13
Jan 2020	9	13	2	24
Feb 2020	11	11	5	27
Mar 2020	3	19	6	28
Apr 2020	4	11	3	18
May 2020	14	13	2	29
Jun 2020	19	28	5	52
Jul 2020	23	31	11	65
Aug 2020	9	12	4	25
Sep 2020	15	13	3	31
Oct 2020	12	28	5	45
Nov 2020	16	15	5	36
Dec 2020	19	35	6	60
Jan 2021	27	28	8	63
Feb 2021	18	20	3	41
Mar 2021	20	22	7	49
Apr 2021	10	12	4	26
May 2021	19	19	3	41
Jun 2021	10	14	3	27
Jul 2021	6	13	0	19
Aug 2021	9	28	1	38
Sep 2021	14	18	0	32
Oct 2021	11	47	0	58
Nov 2021	13	32	2	47
Dec 2021	14	11	4	29
Jan 2022	12	14	1	27
Feb 2022	9	4	2	15
Mar 2022	11	9	1	21
Apr 2022	10	10	2	22
May 2022	9	8	1	18
Jun 2022	5	4	2	11
Jul 2022	8	7	2	17
Aug 2022	19	11	0	30
Sep 2022	14	8	0	22
Oct 2022	5	9	1	15
Nov 2022	12	12	0	24
Dec 2022	7	3	1	11
Jan 2023	18	15	0	33
Feb 2023	32	13	0	45
Mar 2023	18	11	0	29
Apr 2023	9	13	0	22
May 2023	24	9	3	36
Jun 2023	33	5	0	38
Jul 2023	12	6	1	19
Aug 2023	12	10	3	25
Sep 2023	3	15	0	18
Oct 2023	11	18	3	32
Nov 2023	11	12	0	23
Dec 2023	16	15	2	33
Jan 2024	16	19	1	36
Feb 2024	11	9	2	22
Mar 2024	22	23	1	46
Apr 2024	23	9	7	39
May 2024	24	15	5	44
Jun 2024	41	10	2	53
Jul 2024	28	9	2	39
Aug 2024	25	9	3	37
Sep 2024	8	5	1	14
Oct 2024	35	20	5	60
Nov 2024	16	5	5	26

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Latest update: 19 Nov 2024

Short summary

Kinetic theory describes granular material under rapid motion. Macroscopic phenomena are determined by statistically describing collisions between particles. Recently, the theory has been extended to slow motion and quasi-static cases. Simplifications allow to apply this theory to snow avalanche simulations, where friction models with similar structure have been developed. Different test cases, comparing simulation and measurement data prove the applicability and highlight the improvements.

Snow avalanche friction relation based on extended kinetic theory

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Cited

13 citations as recorded by crossref.

13 citations as recorded by crossref.

Saved (preprint)

Discussed (final revised paper)