Crack luminescence as an innovative method for detection of fatigue damage

Makris, Ruben; Hille, Falk; Thiele, Marc; Kirschberger, Dirk; Sowietzki, Damian

doi:https://doi.org/10.5194/jsss-7-259-2018

Articles | Volume 7, issue 1

https://doi.org/10.5194/jsss-7-259-2018

© Author(s) 2018. This work is distributed under
the Creative Commons Attribution 4.0 License.

Special issue:

Sensor/IRS2 2017

https://doi.org/10.5194/jsss-7-259-2018

© Author(s) 2018. This work is distributed under
the Creative Commons Attribution 4.0 License.

Articles | Volume 7, issue 1

Regular research article

|

10 Apr 2018

Regular research article |

| 10 Apr 2018

Crack luminescence as an innovative method for detection of fatigue damage

Ruben Makris, Falk Hille, Marc Thiele, Dirk Kirschberger, and Damian Sowietzki

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May 2018	52	14	3	69
Jun 2018	39	10	2	51
Jul 2018	49	16	2	67
Aug 2018	9	22	4	35
Sep 2018	6	14	0	20
Oct 2018	6	9	4	19
Nov 2018	10	9	1	20
Dec 2018	11	6	1	18
Jan 2019	15	10	2	27
Feb 2019	13	8	2	23
Mar 2019	13	17	6	36
Apr 2019	8	8	4	20
May 2019	23	5	1	29
Jun 2019	240	14	0	254
Jul 2019	237	11	4	252
Aug 2019	68	11	2	81
Sep 2019	114	10	0	124
Oct 2019	121	21	0	142
Nov 2019	91	13	0	104
Dec 2019	99	8	1	108
Jan 2020	89	11	2	102
Feb 2020	9	3	0	12
Mar 2020	9	10	0	19
Apr 2020	8	10	0	18
May 2020	8	6	0	14
Jun 2020	33	13	0	46
Jul 2020	51	7	3	61
Aug 2020	16	6	2	24
Sep 2020	11	11	0	22
Oct 2020	13	10	2	25
Nov 2020	6	38	3	47
Dec 2020	11	18	1	30
Jan 2021	16	8	1	25
Feb 2021	13	10	2	25
Mar 2021	19	5	0	24
Apr 2021	9	7	3	19
May 2021	18	11	3	32
Jun 2021	11	11	0	22
Jul 2021	10	8	0	18
Aug 2021	7	5	0	12
Sep 2021	13	10	1	24
Oct 2021	9	23	0	32
Nov 2021	10	25	4	39
Dec 2021	27	4	5	36
Jan 2022	24	7	1	32
Feb 2022	22	10	3	35
Mar 2022	25	10	2	37
Apr 2022	17	7	1	25
May 2022	17	12	0	29
Jun 2022	22	4	0	26
Jul 2022	8	6	3	17
Aug 2022	26	18	0	44
Sep 2022	24	12	0	36
Oct 2022	17	30	1	48
Nov 2022	12	17	1	30
Dec 2022	6	22	0	28
Jan 2023	5	14	0	19
Feb 2023	10	11	0	21
Mar 2023	18	12	0	30
Apr 2023	8	8	0	16
May 2023	14	14	0	28
Jun 2023	5	10	0	15
Jul 2023	10	17	0	27
Aug 2023	6	10	4	20
Sep 2023	7	15	1	23

Cumulative views and downloads (calculated since 10 Apr 2018)

Month	HTML	PDF	XML	Total
Apr 2018	59	25	7	91
May 2018	52	14	3	69
Jun 2018	39	10	2	51
Jul 2018	49	16	2	67
Aug 2018	9	22	4	35
Sep 2018	6	14	0	20
Oct 2018	6	9	4	19
Nov 2018	10	9	1	20
Dec 2018	11	6	1	18
Jan 2019	15	10	2	27
Feb 2019	13	8	2	23
Mar 2019	13	17	6	36
Apr 2019	8	8	4	20
May 2019	23	5	1	29
Jun 2019	240	14	0	254
Jul 2019	237	11	4	252
Aug 2019	68	11	2	81
Sep 2019	114	10	0	124
Oct 2019	121	21	0	142
Nov 2019	91	13	0	104
Dec 2019	99	8	1	108
Jan 2020	89	11	2	102
Feb 2020	9	3	0	12
Mar 2020	9	10	0	19
Apr 2020	8	10	0	18
May 2020	8	6	0	14
Jun 2020	33	13	0	46
Jul 2020	51	7	3	61
Aug 2020	16	6	2	24
Sep 2020	11	11	0	22
Oct 2020	13	10	2	25
Nov 2020	6	38	3	47
Dec 2020	11	18	1	30
Jan 2021	16	8	1	25
Feb 2021	13	10	2	25
Mar 2021	19	5	0	24
Apr 2021	9	7	3	19
May 2021	18	11	3	32
Jun 2021	11	11	0	22
Jul 2021	10	8	0	18
Aug 2021	7	5	0	12
Sep 2021	13	10	1	24
Oct 2021	9	23	0	32
Nov 2021	10	25	4	39
Dec 2021	27	4	5	36
Jan 2022	24	7	1	32
Feb 2022	22	10	3	35
Mar 2022	25	10	2	37
Apr 2022	17	7	1	25
May 2022	17	12	0	29
Jun 2022	22	4	0	26
Jul 2022	8	6	3	17
Aug 2022	26	18	0	44
Sep 2022	24	12	0	36
Oct 2022	17	30	1	48
Nov 2022	12	17	1	30
Dec 2022	6	22	0	28
Jan 2023	5	14	0	19
Feb 2023	10	11	0	21
Mar 2023	18	12	0	30
Apr 2023	8	8	0	16
May 2023	14	14	0	28
Jun 2023	5	10	0	15
Jul 2023	10	17	0	27
Aug 2023	6	10	4	20
Sep 2023	7	15	1	23

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Short summary

In structural parts under vibrational loading fatigue cracks can initiate and grow, which can lead to structural failure. Conventional non-destructive testing methods for crack detection provide just a snapshot of fatigue crack evolution, whereas crack luminescence coating realizes clear visibility of the entire crack formation. Fatigue causing cyclic tensile tests and examinations on special test bodies allowing control of the crack opening width demonstrate a high sensitivity of the coating.


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Crack luminescence as an innovative method for detection of fatigue damage

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5 citations as recorded by crossref.