DAS-2D: a concept design tool for compliant mechanisms

Turkkan, Omer Anil; Su, Hai-Jun

doi:10.5194/ms-7-135-2016

Articles | Volume 7, issue 2

https://doi.org/10.5194/ms-7-135-2016

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

https://doi.org/10.5194/ms-7-135-2016

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

Articles | Volume 7, issue 2

Research article

|

11 Jul 2016

Research article |

| 11 Jul 2016

DAS-2D: a concept design tool for compliant mechanisms

Omer Anil Turkkan and Hai-Jun Su

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Total article views: 3,029 (including HTML, PDF, and XML)

HTML	PDF	XML	Total	BibTeX	EndNote
1,577	1,334	118	3,029	116	141

HTML: 1,577
PDF: 1,334
XML: 118
Total: 3,029
BibTeX: 116
EndNote: 141

Views and downloads (calculated since 11 Jul 2016)

Month	HTML	PDF	XML	Total
Jul 2016	40	18	2	60
Aug 2016	39	15	2	56
Sep 2016	42	7	0	49
Oct 2016	15	5	1	21
Nov 2016	10	3	0	13
Dec 2016	6	2	1	9
Jan 2017	14	9	0	23
Feb 2017	9	5	1	15
Mar 2017	33	25	2	60
Apr 2017	16	16	0	32
May 2017	31	16	2	49
Jun 2017	24	8	1	33
Jul 2017	7	8	2	17
Aug 2017	10	9	1	20
Sep 2017	10	11	0	21
Oct 2017	7	9	0	16
Nov 2017	14	16	0	30
Dec 2017	9	5	4	18
Jan 2018	9	11	3	23
Feb 2018	13	11	7	31
Mar 2018	17	12	0	29
Apr 2018	7	7	1	15
May 2018	14	10	1	25
Jun 2018	8	11	0	19
Jul 2018	13	10	1	24
Aug 2018	8	7	1	16
Sep 2018	15	14	1	30
Oct 2018	21	9	0	30
Nov 2018	16	11	0	27
Dec 2018	9	9	1	19
Jan 2019	8	9	0	17
Feb 2019	2	2	0	4
Mar 2019	7	11	0	18
Apr 2019	5	13	0	18
May 2019	6	9	1	16
Jun 2019	2	10	0	12
Jul 2019	7	10	1	18
Aug 2019	9	10	0	19
Sep 2019	10	14	0	24
Oct 2019	10	9	0	19
Nov 2019	7	10	0	17
Dec 2019	3	5	0	8
Jan 2020	12	14	1	27
Feb 2020	8	4	0	12
Mar 2020	6	3	0	9
Apr 2020	10	10	0	20
May 2020	15	6	0	21
Jun 2020	39	8	3	50
Jul 2020	27	18	15	60
Aug 2020	9	10	4	23
Sep 2020	12	3	1	16
Oct 2020	13	8	1	22
Nov 2020	12	10	0	22
Dec 2020	20	14	0	34
Jan 2021	31	19	0	50
Feb 2021	12	19	0	31
Mar 2021	15	15	0	30
Apr 2021	12	19	2	33
May 2021	21	20	1	42
Jun 2021	14	9	0	23
Jul 2021	13	7	1	21
Aug 2021	15	17	0	32
Sep 2021	21	20	0	41
Oct 2021	7	25	0	32
Nov 2021	18	25	0	43
Dec 2021	19	7	1	27
Jan 2022	8	12	0	20
Feb 2022	11	11	3	25
Mar 2022	15	12	0	27
Apr 2022	7	8	0	15
May 2022	19	7	0	26
Jun 2022	7	17	0	24
Jul 2022	11	4	1	16
Aug 2022	11	5	0	16
Sep 2022	7	8	0	15
Oct 2022	13	9	2	24
Nov 2022	19	13	0	32
Dec 2022	7	6	2	15
Jan 2023	10	8	1	19
Feb 2023	11	5	0	16
Mar 2023	11	6	1	18
Apr 2023	11	11	0	22
May 2023	9	19	1	29
Jun 2023	6	15	1	22
Jul 2023	8	5	1	14
Aug 2023	4	7	0	11
Sep 2023	7	11	0	18
Oct 2023	4	7	1	12
Nov 2023	4	10	0	14
Dec 2023	11	17	0	28
Jan 2024	7	13	1	21
Feb 2024	6	12	1	19
Mar 2024	10	13	1	24
Apr 2024	14	16	6	36
May 2024	10	14	0	24
Jun 2024	19	14	2	35
Jul 2024	25	15	4	44
Aug 2024	27	10	1	38
Sep 2024	15	19	1	35
Oct 2024	11	34	0	45
Nov 2024	11	21	0	32
Dec 2024	14	27	1	42
Jan 2025	5	15	0	20
Feb 2025	19	10	0	29
Mar 2025	18	11	2	31
Apr 2025	28	21	1	50
May 2025	12	9	2	23
Jun 2025	29	21	4	54
Jul 2025	24	14	0	38
Aug 2025	14	12	0	26
Sep 2025	34	17	6	57
Oct 2025	24	24	3	51
Nov 2025	27	8	1	36

Cumulative views and downloads (calculated since 11 Jul 2016)

Month	HTML	PDF	XML	Total
Jul 2016	40	18	2	60
Aug 2016	39	15	2	56
Sep 2016	42	7	0	49
Oct 2016	15	5	1	21
Nov 2016	10	3	0	13
Dec 2016	6	2	1	9
Jan 2017	14	9	0	23
Feb 2017	9	5	1	15
Mar 2017	33	25	2	60
Apr 2017	16	16	0	32
May 2017	31	16	2	49
Jun 2017	24	8	1	33
Jul 2017	7	8	2	17
Aug 2017	10	9	1	20
Sep 2017	10	11	0	21
Oct 2017	7	9	0	16
Nov 2017	14	16	0	30
Dec 2017	9	5	4	18
Jan 2018	9	11	3	23
Feb 2018	13	11	7	31
Mar 2018	17	12	0	29
Apr 2018	7	7	1	15
May 2018	14	10	1	25
Jun 2018	8	11	0	19
Jul 2018	13	10	1	24
Aug 2018	8	7	1	16
Sep 2018	15	14	1	30
Oct 2018	21	9	0	30
Nov 2018	16	11	0	27
Dec 2018	9	9	1	19
Jan 2019	8	9	0	17
Feb 2019	2	2	0	4
Mar 2019	7	11	0	18
Apr 2019	5	13	0	18
May 2019	6	9	1	16
Jun 2019	2	10	0	12
Jul 2019	7	10	1	18
Aug 2019	9	10	0	19
Sep 2019	10	14	0	24
Oct 2019	10	9	0	19
Nov 2019	7	10	0	17
Dec 2019	3	5	0	8
Jan 2020	12	14	1	27
Feb 2020	8	4	0	12
Mar 2020	6	3	0	9
Apr 2020	10	10	0	20
May 2020	15	6	0	21
Jun 2020	39	8	3	50
Jul 2020	27	18	15	60
Aug 2020	9	10	4	23
Sep 2020	12	3	1	16
Oct 2020	13	8	1	22
Nov 2020	12	10	0	22
Dec 2020	20	14	0	34
Jan 2021	31	19	0	50
Feb 2021	12	19	0	31
Mar 2021	15	15	0	30
Apr 2021	12	19	2	33
May 2021	21	20	1	42
Jun 2021	14	9	0	23
Jul 2021	13	7	1	21
Aug 2021	15	17	0	32
Sep 2021	21	20	0	41
Oct 2021	7	25	0	32
Nov 2021	18	25	0	43
Dec 2021	19	7	1	27
Jan 2022	8	12	0	20
Feb 2022	11	11	3	25
Mar 2022	15	12	0	27
Apr 2022	7	8	0	15
May 2022	19	7	0	26
Jun 2022	7	17	0	24
Jul 2022	11	4	1	16
Aug 2022	11	5	0	16
Sep 2022	7	8	0	15
Oct 2022	13	9	2	24
Nov 2022	19	13	0	32
Dec 2022	7	6	2	15
Jan 2023	10	8	1	19
Feb 2023	11	5	0	16
Mar 2023	11	6	1	18
Apr 2023	11	11	0	22
May 2023	9	19	1	29
Jun 2023	6	15	1	22
Jul 2023	8	5	1	14
Aug 2023	4	7	0	11
Sep 2023	7	11	0	18
Oct 2023	4	7	1	12
Nov 2023	4	10	0	14
Dec 2023	11	17	0	28
Jan 2024	7	13	1	21
Feb 2024	6	12	1	19
Mar 2024	10	13	1	24
Apr 2024	14	16	6	36
May 2024	10	14	0	24
Jun 2024	19	14	2	35
Jul 2024	25	15	4	44
Aug 2024	27	10	1	38
Sep 2024	15	19	1	35
Oct 2024	11	34	0	45
Nov 2024	11	21	0	32
Dec 2024	14	27	1	42
Jan 2025	5	15	0	20
Feb 2025	19	10	0	29
Mar 2025	18	11	2	31
Apr 2025	28	21	1	50
May 2025	12	9	2	23
Jun 2025	29	21	4	54
Jul 2025	24	14	0	38
Aug 2025	14	12	0	26
Sep 2025	34	17	6	57
Oct 2025	24	24	3	51
Nov 2025	27	8	1	36

Latest update: 23 Nov 2025

Short summary

Compliant mechanisms utilize the deformation of the elastic members to achieve the desired motion. Currently, design and analysis of compliant mechanisms rely on several commercial dynamics and finite element simulation tools. However, these tools do not implement the most recently developed theories in compliant mechanism research. DAS 2D is a conceptual design tool which integrates the recently developed pseudo-rigid-body models.