2026 Vol.9 No.6 Open Access2026 Vol.9 No.5 Open Access2026 Vol.9 No.32026 Vol.9 No.22026 Vol.9 No.12025 Vol.8 No.7 Open Access2025 Vol.8 No.6 Open Access2025 Vol.8 No.5 Open Access2025 Vol.8 No.42025 Vol.8 No.32025 Vol.8 No.22025 Vol.8 No.12024 Vol.7 No.42024 Vol.7 No.32024 Vol.7 No.22024 Vol.7 No.12023 Vol.6 No.42023 Vol.6 No.32023 Vol.6 No.22023 Vol.6 No.12022 Vol.5 No.42022 Vol.5 No.32022 Vol.5 No.22022 Vol.5 No.12021 Vol.4 No.42021 Vol.4 No.32021 Vol.4 No.22021 Vol.4 No.12020 Vol.3 No.42020 Vol.3 No.32020 Vol.3 No.22020 Vol.3 No.12019 Vol.2 No.42019 Vol.2 No.32019 Vol.2 No.22019 Vol.2 No.12018 Vol.1 No.42018 Vol.1 No.32018 Vol.1 No.22018 Vol.1 No.1

International Journal of Hydromechatronics (IJHM)

International Journal of Hydromechatronics

2018 Vol.1 No.3


Pages Title and author(s)
259-271Thermohydrodynamic lubrication model of a slipper in swashplate type axial piston machines - validation through experimental data
Toshiharu Kazama
DOI: 10.1504/IJHM.2018.094879
272-292Empirical modelling of hydraulic pumps and motors based upon the Latin hypercube sampling method
Pawan Panwar; Paul Michael
DOI: 10.1504/IJHM.2018.094880
293-307Thermal performance difference of ideal gas model and van der Waals gas model in gas-loaded accumulator
Shuce Zhang; Hiromu Iwashita; Kazushi Sanada
DOI: 10.1504/IJHM.2018.094884
308-331Design of experiments and progressively sequenced regression are combined to achieve minimum data sample size
Jack L. Johnson
DOI: 10.1504/IJHM.2018.094885
332-349Reynolds stress statistics in the near nozzle region of coaxial swirling jets
Viacheslav Stetsyuk; John Chai Chee Kiong
DOI: 10.1504/IJHM.2018.094886
350-359Active vibration compensator on moving vessel by hydraulic parallel mechanism
Yutaka Tanaka
DOI: 10.1504/IJHM.2018.094887

 

Return to top