Scholarworks@UNIST

UNIST Library

Browsing "Department of Mechanical Engineering" by Author : Jeong, Young Dal

All A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

가 나 다 라 마 바 사 아 자 차 카 타 파 하

Sort by: In order: Results/Page Etal:

Showing results 2 to 23 of 23

Bio-Inspired Locomotion based on Fluid-Flexible Body-Thermal Interaction File

Jeong, Young Dal

Thesis Issue Date2023-08 View21

Burst-and-Coast Locomotion of Two Self-Propelled Fins in a Side-by-Side Arrangement

Jeong, Young Dal , Lee, Jae Hwa

Conference Paper Issue Date2021-05-21 View13

Burst-and-Coast Swimming of Two Self-Propelled Flexible Fins in a Side-by-Side Arrangement

Jeong, Young Dal , Kim, Min Je , Lee, Jae Hwa

Conference Paper Issue Date2022-11-20 View13

Burst-and-Coast Swimming of Two Self-Propelled Flexible Fins in a Side-by-Side Configuration

Jeong, Young Dal , Kim, Min Je , Lee, Jae Hwa

Conference Paper Issue Date2022-06-23 View7

Flow-Induced Vibration of a Freely Movable Cylinder in the Wake of an Oscillating Fin

Kim, Min Je , Jeong, Young Dal , Lee, Jae Hwa

Conference Paper Issue Date2023-08-29 View17

Flow-mediated interactions between two self-propelled flexible fins near sidewalls File

Jeong, Young Dal , Lee, Jae Hwa , Park, Sung Goon

Article Issue Date2021-04 View18

Heat transfer enhancement in a channel flow using two wall-mounted flexible flags with a confined cylinder File

Jeong, Young Dal , Ahn, Ki Ho , Kim, Min Je , Lee, Jae Hwa

Article Issue Date2022-07 View16

Heat Transfer Enhancement to Channel Flow past a Confined Cylinder by Two Wall-Mounted Flexible Flags

Jeong, Young Dal , Ahn, Kiho , Kim, Min Je , Lee, Jae Hwa

Conference Paper Issue Date2021-11-11 View7

Hydrodynamic Benefit of a Self-Propelled Ray with Passive Flexibility

Jeong, Young Dal , Lee, Jae Hwa

Conference Paper Issue Date2023-05-18 View8

Hydrodynamic benefits of passive flexibility in a self-propelled oscillatory ray File

Jeong, Young Dal , Lee, Jae Hwa

Article Issue Date2024-02 View32

Hydrodynamic performance of a self-propelled ray with oscillatory locomotion

Jeong, Young Dal , Lee, Jae Hwa

Conference Paper Issue Date2019-11-25 View9

Hydrodynamics of a freely movable flexible fin near the ground

Jeong, Young Dal , Lee, Jae Hwa

Conference Paper Issue Date2017-11-21 View8

Intermittent Swimming of Two Self-Propelled Fins in a Side-by-Side Configuration

Jeong, Young Dal , Lee, Jae Hwa

Conference Paper Issue Date2020-10-20 View17

Intermittent Swimming of Two Self-Propelled Flexible Fins in Schooling Formation

Jeong, Young Dal , Lee, Jae Hwa

Conference Paper Issue Date2020-08-14 View13

Intermittent Swimming of Two Self-Propelled Flexible Fins with Laterally Constrained Heaving Motions in a Side-by-Side Configuration File

Jeong, Young Dal , Kim, Min Je , Lee, Jae Hwa

Article Issue Date2023-04 View30

Passive control of a single flexible flag using two side-by-side flags File

Jeong, Young Dal , Lee, Jae Hwa

Article Issue Date2017-06 View9

Passive locomotion of freely movable flexible fins near the ground File

Jeong, Young Dal , Lee, Jae Hwa

Article Issue Date2018-10 View25

Schooliing behavior of two tandem self-propelled foils in wall effects

Jeong, Young Dal , Lee, Jae Hwa

Conference Paper Issue Date2019-06-28 View12

Vibration of a Freely Movable Circular Cylinder in the Wake of an Oscillating Fin

Kim, Min Je , Jeong, Young Dal , Lee, Jae Hwa

Conference Paper Issue Date2023-11-02 View10

Vortex interaction between self-propelled two tandom flexible fins in wall effect

Jeong, Young Dal , Lee, Jae Hwa

Conference Paper Issue Date2018-11-18 View19

Vortex Interactions between Two Self-Propelled Flexible Plates in Wall Effects

Jeong, Young Dal , Lee, Jae Hwa , Park, Sung Goon

Conference Paper Issue Date2021-09-25 View15

Wake-Mediated Interactions between Self-Propelled Two Tandem Flexible Fins in Wall Effects

Jeong, Young Dal , Lee, Jae Hwa , Park, Sung Goon

Conference Paper Issue Date2021-08-25 View16

RSS 1.0 RSS 2.0

UNIST | Library

Tel : 052-217-1404 / Email : scholarworks@unist.ac.kr

ScholarWorks@UNIST was established as an OAK Project for the National Library of Korea.