Osman Yuksel
Assistant Professor Osman Yuksel
Department: Faculty of Engineering - Mechanical Engineering
Email: osmanyuksel@klu.edu.tr
Language(s): English (Full professional proficiency), Italian (Limited working proficiency)
Profession(s): elastic metamaterials, phononic band gap structures, periodic structures, vibration isolation, structural optimization, topology optimization, compliant mechanism design, finite element method, mechanical vibrations
YÖKSİS Web Page:
ORCID:
Other Links
Menu

Educational Background

Educational Background

2012 - 2018 Doctorate

Bogazici University

Department Of Mechanical Engineering

Thesis: Shape and topology optimization of inertial amplification induced phononic band gap structures

2008 - 2012 Master's Degree

Bogazici University

Department Of Mechanical Engineering

Thesis: Active noise control in a duct with flow

2000 - 2008 Graduate

Bogazici University

Department Of Chemical Engineering

Academic Titles

Academic Titles

2019 Assistant Professor

Kırklareli University / Faculty Of Engineering / Department Of Mechanical Engineering

2012 - 2018 Teaching / Research Assistant

Bogazici University / Faculty Of Engineering / Department Of Mechanical Engineering

Administrative Positions

Administrative Positions

2022 - 2023 Senator

Kırklareli University / University Senate

2021 - 2023 Vice Dean

Kırklareli University / Faculty Of Engineering

2020 - 2021 Vice Chair

Kırklareli University / Faculty Of Engineering / Department Of Mechanical Engineering / Department Of Mechanical Engineering

2020 Commission Chair

Kırklareli University / Faculty Of Engineering / Department Of Mechanical Engineering / Department Of Mechanical Engineering

2019 Commission Member

Kırklareli University / Faculty Of Engineering / Department Of Mechanical Engineering / Department Of Mechanical Engineering

2019 - 2021 Bologna Coordinator

Kırklareli University / Faculty Of Engineering / Department Of Mechanical Engineering / Department Of Mechanical Engineering

Articles

Articles

1.

Determination Of The Construction Material For Phononic Band Gap Structures By Tribological Performance

2025 Refereed International ESCI Research Article
2.

Lightweight Periodic Vibration Isolator Design Via Compliant Inertial Amplification Mechanisms With Stiffness Maximized Topologies

Yüksel Osman, Türkeş Erol
Gazi Journal Of Engineering Sciences (10)1, 155 - 171
Doi: 10.30855/gmbd.0705N13
2024 Refereed International TR INDEX Research Article
3.

A Parametric Investigation On Various Compliant Inertial Amplification Mechanisms For A Periodic Vibration Isolator Design

Er Enes, Türkeş Erol, Yüksel Osman
Gazi Journal Of Engineering Sciences (8)3, 511 - 523
Doi: 10.30855/gmbd.0705039
2022 Refereed International TR INDEX Research Article
4.

Realization Of An Ultrawide Stop Band In A 2-D Elastic Metamaterial With Topologically Optimized Inertial Amplification Mechanisms

2020 Refereed International SCI Research Article
5.

An Overview On Topology Optimization Methods Employed In Structural Engineering

Yüksel Osman
Kırklareli University Journal Of Engineering And Science (5)2, 159 - 175
Doi: 10.34186/klujes.606666
2019 Refereed International Review Article
6.

Shape Optimization Of Phononic Band Gap Structures Incorporating Inertial Amplification Mechanisms

2015 Refereed International SCI Research Article
7.

Active Noise Control In A Duct With Flow

Yüksel Osman, Yılmaz Çetin
Journal Of Dynamic Systems, Measurement, And Control (136)3, 31014 -
Doi: 10.1115/1.4026410
2014 Refereed International SCI Research Article

Conference Papers

Conference Papers

1.

Thermal Wear Performance Investigation Of Stainless Steels For Supports Of Elastic Metamaterials

Yaman Paşa, Yüksel Osman
7th International Conference On Advances In Mechanical Engineering, Icame2024, Istanbul, Turkiye (24.12.2024 - 26.12.2024)
ISBN: 978-975-461-622-4
Full Text Paper International
2.

The Effect Of Flexure Hinge Connection Position On Vibration Isolation Frequency Band Attained With Inertial Amplification Mechanism (In Turkish)

Osman Yüksel
21th Machine Theory Symposium, Umts2023, Edirne, Türkiye, Pp. 71-78. (13.09.2023 - 15.09.2023)
ISBN: 978-605-84220-8-7
Full Text Paper National
3.

The Effect Of Using Various Construction Materials On Vibration Isolation Frequency Band Of A Periodic Structure

Er Enes, Türkeş Erol, Yüksel Osman
2nd International Natural Science, Engineering And Material Technologies Conference, Nem2022, İğneada, Kırklareli, Türkiye (15.09.2022 - 17.09.2022)
ISBN: 978-605-68918-2-3
Full Text Paper International
4.

Design Of A Broadband Elastic Metamaterial Via Topologically Optimized Inertial Amplification Mechanisms

Yüksel Osman, Yılmaz Çetin
11th International Conference On Structural Dynamics, Eurodyn2020, Athens, Greece (23.11.2020 - 26.11.2020)
Doi: 10.47964/1120.9337.19454
Full Text Paper International
5.

Vibration Isolator Design With Truss-Like Inertial Amplification Mechanisms

Yüksel Osman
5th International Congress On Advances In Mechanical Engineering, Icame2019, Istanbul, Turkiye (17.12.2019 - 19.12.2019) , 447 - 455
ISBN: 978-605-9546-16-4
19.12.2019 Full Text Paper International
6.

Size And Topology Optimization Of Inertial Amplification Induced Phononic Band Gap Structures

Yüksel Osman, Yılmaz Çetin
Asme 2017 International Mechanical Engineering Congress And Exposition, Imece2017, Tampa, Florida, Usa (03.11.2017 - 09.11.2017)
Doi: 10.1115/IMECE2017-71342
09.11.2017 Full Text Paper International
7.

Widening Vibration Isolation Frequency Range Of A Compliant Inertial Amplification Mechanism Via Topology Optimization (In Turkish)

Yüksel Osman, Yılmaz Çetin
18th National Machine Theory Symposium, Umts2017, Trabzon, Turkiye (05.07.2017 - 07.07.2017) , 343 - 349
ISBN: 978-605-84220-3-2
07.07.2017 Full Text Paper National
8.

Obtaining Inertial Amplification Induced Phononic Gaps Via Structural Optimization Of A Compliant Mechanism

Yüksel Osman, Yılmaz Çetin
11th International Conference On Vibration Problems, Icovp2013, Lisbon, Portugal (09.01.2013 - 12.01.2013)
09.10.2013 Full Text Paper International

Projects

Projects

1.

Bogazici University Research Grant No 17a06d2: Design Of A Vibration Isolator Via Topologically Optimized Inertial Amplification Mechanisms

21.07.2017 - 21.07.2018 Bogazici University Scientific Research Project NATIONAL Researcher Completed 7500 USD
2.

Tubitak Grant No: 110m663: Analysis And Design Of Phononic Band Gap Structures With Inertial Amplification For Vibration Isolation Purposes

15.04.2011 - 15.04.2014 Tubitak Project NATIONAL Researcher Completed 125000 USD

Lectures

Lectures

TermCourse NameLanguageCourse Hours
2023-2024Yenilikçi Tasarım ve OptimizasyonTürkçe3
2023-2024Yüksek Lisans Tez ÇalışmasıTürkçe1
2023-2024Uzmanlık Alan DersiTürkçe3
2022-2023Yenilikçi Tasarım ve OptimizasyonTürkçe3
2022-2023Yüksek Lisans Tez ÇalışmasıTürkçe1
2022-2023Uzmanlık Alan DersiTürkçe3
2021-2022Yenilikçi Tasarım ve OptimizasyonTürkçe3
2021-2022Yüksek Lisans Tez ÇalışmasıTürkçe1
2021-2022Uzmanlık Alan DersiTürkçe3
2020-2021İleri TermodinamikTürkçe3
2019-2020Yenilikçi Tasarım ve OptimizasyonTürkçe3

TermCourse NameLanguageCourse Hours
2024-2025Makine Mühendisliğinde ProjeTürkçe2
2024-2025Bitirme ProjesiTürkçe2
2024-2025Isı GeçişiTürkçe3
2024-2025Termodinamik 2Türkçe3
2024-2025Termodinamik 1Türkçe3
2024-2025Akışkanlar Mekaniği 2Türkçe3
2024-2025Akışkanlar Mekaniği 1Türkçe3
2023-2024Makine Mühendisliği İçin Sayısal YöntemlerTürkçe3
2023-2024Termodinamik 1Türkçe3
2023-2024Akışkanlar Mekaniği 1Türkçe3
2023-2024Makine Mühendisliğinde ProjeTürkçe2
2023-2024Bitirme ProjesiTürkçe2
2023-2024Akışkanlar Mekaniği 2Türkçe3
2023-2024Isı GeçişiTürkçe3
2023-2024Termodinamik 2Türkçe3
2022-2023Bitirme Projesi 2Türkçe2
2022-2023Makine Mühendisliği İçin Sayısal YöntemlerTürkçe3
2022-2023Akışkanlar Mekaniği 1Türkçe3
2022-2023Termodinamik 1Türkçe3
2022-2023Isı GeçişiTürkçe3
2022-2023Akışkanlar Mekaniği 2Türkçe3
2022-2023Termodinamik 2Türkçe3
2022-2023Bitirme Projesi 1Türkçe2
2021-2022Mekanik 1Türkçe3
2021-2022Makine TitreşimleriTürkçe3
2021-2022Akışkanlar Mekaniği 2Türkçe3
2021-2022Akışkanlar Mekaniği 1Türkçe3
2021-2022Termodinamik 2Türkçe3
2021-2022Cisimlerin Dayanımı 2Türkçe4
2021-2022Cisimlerin Dayanımı 1Türkçe4
2021-2022Bitirme Projesi 2Türkçe2
2021-2022Bitirme Projesi 1Türkçe2
2021-2022Kurutma TekniğiTürkçe3
2021-2022Mekanik 2Türkçe3
2020-2021Bitirme Projesi 2Türkçe2
2020-2021Bitirme Projesi 1Türkçe2
2020-2021Makine TitreşimleriTürkçe3
2020-2021MotorlarTürkçe3
2020-2021Mesleki İngilizce 1İngilizce3
2020-2021Kurutma TekniğiTürkçe3
2020-2021Akışkanlar Mekaniği 2Türkçe3
2020-2021Akışkanlar Mekaniği 1Türkçe3
2020-2021Cisimlerin Dayanımı 2Türkçe4
2020-2021Cisimlerin Dayanımı 1Türkçe4
2020-2021Mekanik 2Türkçe3
2020-2021Mekanik 1Türkçe3
2019-2020Bitirme Projesi 2Türkçe2
2019-2020Bitirme Projesi 1Türkçe2
2019-2020MotorlarTürkçe3
2019-2020Makine TitreşimleriTürkçe3
2019-2020Cisimlerin Dayanımı 2Türkçe4
2019-2020Cisimlerin Dayanımı 1Türkçe4
2019-2020Mesleki İngilizce 1İngilizce3
2019-2020Akışkanlar Mekaniği 2Türkçe3
2019-2020Mekanik 1Türkçe2
2019-2020Mekanik 2Türkçe3
2019-2020Kurutma TekniğiTürkçe3
2019-2020Akışkanlar Mekaniği 1Türkçe3
2018-2019Kurutma TekniğiTürkçe3
2018-2019Termodinamik 1Türkçe3
2018-2019Akışkanlar Mekaniği 1Türkçe3

Designs

Designs

1.

Periodic Vibration Isolator With Topologically Optimized Inertial Amplification Mechanisms

21.07.2017 - 15.10.2020 International
2.

Two-Dimensional Shape Optimized Inertial Amplification Mechanism

16.10.2014 - 15.07.2015 International

Rewards

Rewards

Ubyt Publication Incentive Award
2020
Ubyt Publication Incentive Award
2015
Ubyt Publication Incentive Award
2014
Copyright © 2014-2025 - Kırklareli University Informatiın Technologies Office