Kim, Dea-Chul 사진
Kim, Dea-Chul
Major
Engineering Drawing and Practice, Solid Mechanics I, Research in Biosystems Engineering, Creative Design of Agricultural Machinery II
Tel
063-270-2590
E-mail
dckim12@jbnu.ac.kr
HOMEPAGE
Sphere
Agricultural Work Machinery, Open-field Smart Farming
Lab
Bldg. 3-4, Room 314

Research achievements

- SCI-level international journal -
2001. "Analysis of tractor transmission and driving axle loads". Transactions of the ASAE 44(4):751-757.

2002. "Development of a seedling pick-up device for vegetable transplanters". Transactions of the ASAE 45(1): 13-19

2003. "Power efficiency characteristics of a tractor driver line". Transactions of the ASAE 46(6): 1481-1486

2007. " Analysis of shifting performance of power shuttle transmission". Journal of Teramechanics 44 (2007) 111-122

2011, " Prediction of fuel consumption of agricultural tractors". Applied Engineering in Agriculture Vol. 27(5):705-709

2013, “Analysis of the Tillage and Power Consumption Characteristics of a Crank-type Rotavator according to the Tillage Blade Shape“ Journal of The Faculty of Agricultural Kyushu University Vol. 58(2), 319-328

2013, "Ergonomic study for comfort operating the pedals of the agricultural tractors" Journal of The Faculty of Agricultural Kyushu University Vol. 58(2), 329-338

2015, "Analysis of Separating Performance of Peanut Harvester Sorting System" Journal of The Faculty of Agricultural Kyushu University Vol. 60(1), 209-214

2016, “Design Parameter Optimization for Tillage Blade of Crank-type Rotavators considering Strength and Weight” Journal of The Faculty of Agricultural Kyushu University Vol. 61(1), 165-172

2016. “Transport Performance Simulation of Separating System for Self-propelled Peanut Harvester using EDEM Software”, Journal of The Faculty of Agricultural Kyushu University Vol. 61(2), 361-365

2018, “Performance analysis for a card cleaner type separating system of pepper harvester”, Journal of The Faculty of Agricultural Kyushu University Vol. 63(1), 103-111

2018. “Analysis of the Separating Performance of a Card Cleaner for Pepper Harvester using EDEM Software”, Journal of The Faculty of Agricultural Kyushu University Vol. 63(2), 347-354


2020, “Performance Comparison and Evaluation of Two Small Chili Pepper Harvester Prototypes That Attach to Walking Cultivators”, Applied sciences-BASEL Vol. 10, Issue 7, 2570

2021, “Performance Testing and Evaluation of Drum-Type Stem-Separation Device for Pepper Harvester”, Applied sciences-BASEL Vol. 11, Issue 19, 9225


2022, “CFD Analysis and Validation of a Foreign Material Winnowing Machine for Pepper Harvester”, Applied sciences-BASEL Vol. 12, Issue 12, 6134

2023, “Fertilization Mapping Based on the Soil Properties of Paddy
Fields in Korea“, Agriculture Issue 13, 2049


2024, ”Evaluation of a Prototype Double-conveyor Sweet Potato Harvester for Low-damage Rate“, Journal of Agricultural, Life and Environmental Sciences, Vol.36, No.4, pp.522-533


- Domestic core journal -
2012. Comparison of Work Performance of Crank-type and Rotary-type Rotavators in Korean Farmland Conditions. Journal of Biosystems Engineering. 37(3):140-147

2012, Tillage Characteristics Estimation of Crank-type and Rotary-type Rotavators by Motion Analysis of Tillage Blades. Journal of Biosystems Engineering. 37(5):279-286


2013, Comparison of Tillage and Loads Characteristics of Three Types of Rotavators: Rotary-type, Crank-type, and Plow-type. Journal of Biosystems Engineering. 38(2):73-80


2015, Delayed Operation Characteristics of Power Shuttle According to Hydraulic Oil Temperature in the Hydraulic Dircuit of Agricultural Tractor, Journal of Biosystems Engineering. 40(2):95-101

2016, Design Improvement of Mechanical Transmission for Tracked Small Agricultural Transporters through Gear Strength Analysis. Journal of Biosystems Engineering. 41(1):1-11

2016, Study on Optimal Working Conditions for Picking Head of Self-Propelled Pepper Harvester by Factorial Test. Journal of Biosystems Engineering. 41(1):12-20


2017. Factorial Experiment for Drum-tyme Secondary Separating Part of Self-propelled Pepper Harvester. Journal of Biosystems Engineering. 42(4):242-250


2018. Measurement of Mechanical and Physical Properties of Pepper for Particle Behavior Analysis. Journal of Biosystems Engineering. 43(3):173-184


2020. 고추수확기용 이물질 선별부의 성능 개선에 관한 연구. 경상대학교 농업생명과학연구. 54(3):pp. 111-120
(영문)A Study on The Performance Improvement of Foreign Materials
Separating System for a Pepper Harvester

2020. Factorial Experiment for Air Blower of the Pepper Harvester. Journal of Biosystems Engineering. 45(4):239-248

2020. 유한요소해석을 이용한 마늘 수확기 굴취부의 응력분석, 한국기계가공학회. 19(11):78-86
(영문)Finite Element Analysis Approach for the Stress of Digging Part
of Garlic Harvesters

2020. Field performance analysis of a card cleaner type separating system for a self-propelled pepper harvester. Korea Journal of Agricultural Science. 47(4) : 921-931

2023, 유한요소해석을 이용한 배추 수확기 수집부 견인 고리 구조해석, 농업생명과학연구 57(2) pp.109-119
(영문) Structural Analysis of Tow Hooks Using Finite Element Analysis