The role of building models in the evaluation of heat-related risks

Buchin, Oliver; Jänicke, Britta; Meier, Fred; Scherer, Dieter; Ziegler, Felix

doi:10.5194/nhess-16-963-2016

Articles | Volume 16, issue 4

https://doi.org/10.5194/nhess-16-963-2016

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

https://doi.org/10.5194/nhess-16-963-2016

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

Articles | Volume 16, issue 4

Research article

|

13 Apr 2016

Research article |

| 13 Apr 2016

The role of building models in the evaluation of heat-related risks

Oliver Buchin, Britta Jänicke, Fred Meier, Dieter Scherer, and Felix Ziegler

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Total article views: 5,375 (including HTML, PDF, and XML)

HTML	PDF	XML	Total	Supplement	BibTeX	EndNote
3,277	1,729	369	5,375	188	178	209

HTML: 3,277
PDF: 1,729
XML: 369
Total: 5,375
Supplement: 188
BibTeX: 178
EndNote: 209

Views and downloads (calculated since 15 Dec 2014)

Month	HTML	PDF	XML	Total
Dec 2014	80	32	3	115
Jan 2015	107	9	0	116
Feb 2015	62	7	0	69
Mar 2015	42	4	2	48
Apr 2015	26	5	0	31
May 2015	21	8	4	33
Jun 2015	16	6	2	24
Jul 2015	15	7	0	22
Aug 2015	7	8	0	15
Sep 2015	2	3	1	6
Oct 2015	10	3	2	15
Nov 2015	7	1	0	8
Dec 2015	6	8	3	17
Jan 2016	22	5	1	28
Feb 2016	10	6	2	18
Mar 2016	14	11	1	26
Apr 2016	142	59	2	203
May 2016	52	27	0	79
Jun 2016	13	15	2	30
Jul 2016	8	14	3	25
Aug 2016	6	9	3	18
Sep 2016	14	6	0	20
Oct 2016	6	10	0	16
Nov 2016	5	5	1	11
Dec 2016	5	3	1	9
Jan 2017	19	12	0	31
Feb 2017	4	5	0	9
Mar 2017	16	11	0	27
Apr 2017	22	17	1	40
May 2017	21	17	5	43
Jun 2017	15	10	2	27
Jul 2017	13	8	0	21
Aug 2017	14	14	2	30
Sep 2017	12	14	1	27
Oct 2017	16	12	2	30
Nov 2017	21	26	4	51
Dec 2017	24	16	5	45
Jan 2018	20	18	4	42
Feb 2018	18	14	6	38
Mar 2018	35	10	4	49
Apr 2018	27	13	7	47
May 2018	19	7	4	30
Jun 2018	22	6	3	31
Jul 2018	19	13	2	34
Aug 2018	18	10	3	31
Sep 2018	19	11	4	34
Oct 2018	20	13	1	34
Nov 2018	26	9	4	39
Dec 2018	21	16	4	41
Jan 2019	23	10	1	34
Feb 2019	24	15	5	44
Mar 2019	20	10	7	37
Apr 2019	19	7	0	26
May 2019	19	17	7	43
Jun 2019	18	22	8	48
Jul 2019	20	15	0	35
Aug 2019	21	14	9	44
Sep 2019	17	8	6	31
Oct 2019	26	4	0	30
Nov 2019	25	9	1	35
Dec 2019	26	12	8	46
Jan 2020	39	7	2	48
Feb 2020	24	10	1	35
Mar 2020	24	13	1	38
Apr 2020	26	3	2	31
May 2020	20	8	0	28
Jun 2020	33	12	9	54
Jul 2020	36	24	17	77
Aug 2020	17	16	10	43
Sep 2020	20	13	4	37
Oct 2020	15	9	0	24
Nov 2020	17	7	6	30
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Jan 2021	31	13	4	48
Feb 2021	25	13	1	39
Mar 2021	24	14	7	45
Apr 2021	19	9	4	32
May 2021	19	13	2	34
Jun 2021	15	14	5	34
Jul 2021	16	15	13	44
Aug 2021	13	9	1	23
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Oct 2021	15	48	11	74
Nov 2021	24	26	8	58
Dec 2021	11	9	0	20
Jan 2022	23	23	9	55
Feb 2022	24	15	9	48
Mar 2022	18	17	1	36
Apr 2022	23	8	2	33
May 2022	16	11	12	39
Jun 2022	13	7	1	21
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Aug 2022	15	7	5	27
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Oct 2022	15	7	2	24
Nov 2022	23	22	6	51
Dec 2022	37	11	0	48
Jan 2023	16	21	1	38
Feb 2023	14	12	1	27
Mar 2023	15	14	1	30
Apr 2023	7	7	0	14
May 2023	26	12	3	41
Jun 2023	31	9	1	41
Jul 2023	17	10	0	27
Aug 2023	20	14	2	36
Sep 2023	13	18	0	31
Oct 2023	54	16	1	71
Nov 2023	106	9	0	115
Dec 2023	16	10	1	27
Jan 2024	118	23	0	141
Feb 2024	142	16	2	160
Mar 2024	54	23	3	80
Apr 2024	19	16	3	38
May 2024	23	5	3	31
Jun 2024	11	12	2	25
Jul 2024	24	12	2	38
Aug 2024	36	8	5	49
Sep 2024	10	4	2	16
Oct 2024	15	9	2	26
Nov 2024	4	10	0	14
Dec 2024	8	11	3	22
Jan 2025	23	5	2	30
Feb 2025	27	15	4	46
Mar 2025	26	18	0	44
Apr 2025	26	21	0	47
May 2025	38	14	2	54
Jun 2025	38	28	1	67
Jul 2025	24	29	2	55
Aug 2025	23	40	1	64
Sep 2025	29	26	0	55
Oct 2025	29	33	3	65
Nov 2025	11	12	2	25

Cumulative views and downloads (calculated since 15 Dec 2014)

Month	HTML	PDF	XML	Total
Dec 2014	80	32	3	115
Jan 2015	107	9	0	116
Feb 2015	62	7	0	69
Mar 2015	42	4	2	48
Apr 2015	26	5	0	31
May 2015	21	8	4	33
Jun 2015	16	6	2	24
Jul 2015	15	7	0	22
Aug 2015	7	8	0	15
Sep 2015	2	3	1	6
Oct 2015	10	3	2	15
Nov 2015	7	1	0	8
Dec 2015	6	8	3	17
Jan 2016	22	5	1	28
Feb 2016	10	6	2	18
Mar 2016	14	11	1	26
Apr 2016	142	59	2	203
May 2016	52	27	0	79
Jun 2016	13	15	2	30
Jul 2016	8	14	3	25
Aug 2016	6	9	3	18
Sep 2016	14	6	0	20
Oct 2016	6	10	0	16
Nov 2016	5	5	1	11
Dec 2016	5	3	1	9
Jan 2017	19	12	0	31
Feb 2017	4	5	0	9
Mar 2017	16	11	0	27
Apr 2017	22	17	1	40
May 2017	21	17	5	43
Jun 2017	15	10	2	27
Jul 2017	13	8	0	21
Aug 2017	14	14	2	30
Sep 2017	12	14	1	27
Oct 2017	16	12	2	30
Nov 2017	21	26	4	51
Dec 2017	24	16	5	45
Jan 2018	20	18	4	42
Feb 2018	18	14	6	38
Mar 2018	35	10	4	49
Apr 2018	27	13	7	47
May 2018	19	7	4	30
Jun 2018	22	6	3	31
Jul 2018	19	13	2	34
Aug 2018	18	10	3	31
Sep 2018	19	11	4	34
Oct 2018	20	13	1	34
Nov 2018	26	9	4	39
Dec 2018	21	16	4	41
Jan 2019	23	10	1	34
Feb 2019	24	15	5	44
Mar 2019	20	10	7	37
Apr 2019	19	7	0	26
May 2019	19	17	7	43
Jun 2019	18	22	8	48
Jul 2019	20	15	0	35
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Oct 2020	15	9	0	24
Nov 2020	17	7	6	30
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Jan 2021	31	13	4	48
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Mar 2021	24	14	7	45
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Oct 2021	15	48	11	74
Nov 2021	24	26	8	58
Dec 2021	11	9	0	20
Jan 2022	23	23	9	55
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Mar 2022	18	17	1	36
Apr 2022	23	8	2	33
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Oct 2022	15	7	2	24
Nov 2022	23	22	6	51
Dec 2022	37	11	0	48
Jan 2023	16	21	1	38
Feb 2023	14	12	1	27
Mar 2023	15	14	1	30
Apr 2023	7	7	0	14
May 2023	26	12	3	41
Jun 2023	31	9	1	41
Jul 2023	17	10	0	27
Aug 2023	20	14	2	36
Sep 2023	13	18	0	31
Oct 2023	54	16	1	71
Nov 2023	106	9	0	115
Dec 2023	16	10	1	27
Jan 2024	118	23	0	141
Feb 2024	142	16	2	160
Mar 2024	54	23	3	80
Apr 2024	19	16	3	38
May 2024	23	5	3	31
Jun 2024	11	12	2	25
Jul 2024	24	12	2	38
Aug 2024	36	8	5	49
Sep 2024	10	4	2	16
Oct 2024	15	9	2	26
Nov 2024	4	10	0	14
Dec 2024	8	11	3	22
Jan 2025	23	5	2	30
Feb 2025	27	15	4	46
Mar 2025	26	18	0	44
Apr 2025	26	21	0	47
May 2025	38	14	2	54
Jun 2025	38	28	1	67
Jul 2025	24	29	2	55
Aug 2025	23	40	1	64
Sep 2025	29	26	0	55
Oct 2025	29	33	3	65
Nov 2025	11	12	2	25

Latest update: 08 Nov 2025

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Short summary

Heat-related risk analysis is based on outdoor climates; however, humans are mostly exposed to indoor climates. A novel heat-related risk concept is developed, which includes exposition to the indoor climate. An exemplary calculation of heat-related mortality reveals that the influence of building physics better explains the variability in the risk data. Simplified building models can be used for indoor hazard calculation as long as the main non-linear effects of the buildings are included.