Daniel J. Duke
Monash University
H-index: 23
Oceania-Australia
Top articles of Daniel J. Duke
Title | Journal | Author(s) | Publication Date |
|---|---|---|---|
Environmentally friendly metered dose inhaler propellants: Challenges for inhaler design | Daniel J Duke | 2024/2/15 | |
Optimizing spray formation in solution and suspension low GWP metered dose inhalers | Daniel J Duke Benjamin Myatt Lingzhe Rao Swetha Vutlapalli Nirmal Marasini | 2023 | |
Canister valve and actuator deposition in metered dose inhalers formulated with low-GWP propellants | International Journal of Pharmaceutics | Daniel J Duke Lingzhe Rao Alan Kastengren Benjamin Myatt Phil Cocks | 2023/12/15 |
Volatile propellant droplet evaporation measurements in metered dose inhaler sprays | Aerosol Science and Technology | Daniel J Duke Harry N Scott Anesu J Kusangaya Alan Kastengren Jan Ilavsky | 2023/12/2 |
In vitro evaluation of solution-based pressurised metered dose inhaler sprays with low GWP propellants | arXiv preprint arXiv:2311.04447 | Daniel Duke Lingzhe Rao Benjamin Myatt Phil Cocks Nirmal Marasini | 2023/11/8 |
Do In-vitro dissolution rates differ between beclomethasone dipropionate particles generated from solution-based pMDIs formulated with HFA134a, HFA152a and HFO1234ze (E … | Hui Xin Ong Nirmal Marasini Lingzhe Rao Daniel J Duke Damon Honnery | 2023 | |
In-vitro evaluation of pMDI Spray development of HFA134a, HFA152a and HFO1234ze (E) | Lingzhe Rao Anesu J Kusangaya Nirmal Marasini Hui Xin Ong Benjamin Myatt | 2022 | |
In-Silico Prediction of pMDI performance with low-GWP propellants HFA-152a and HFO-1234ze (E) | Daniel J Duke Lingzhe Rao Nirmal Marasini Hui Xin Ong David Schmidt | 2022 | |
Solution-based pressurized metered dose inhaler formulations using HFA134a, HFA152a and HFO1234ze (E) propellants: Analysis of size, aerosolization performance and particle … | Drug Delivery To The Lungs | Nirmal Marasini Varsha Koala Lingzhe Rao Daniel J Duke Damon Honnery | 2022/12/9 |
A computational fluid dynamics assessment of 3D printed ventilator splitters and restrictors for differential multi-patient ventilation | 3D Printing in Medicine | Daniel J Duke Alexander L Clarke Andrew L Stephens Lee Djumas Shaun D Gregory | 2022/12 |
The fluid mechanics of medical sprays: physics-informed design of low-emissions metered dose inhalers | Bulletin of the American Physical Society | Daniel Duke Lingzhe Rao Harry Scott Paul Young Damon Honnery | 2022/11/22 |
Saturated Vapor pressure of HFA152a-ethanol and HFO1234ze (E)-ethanol binary mixtures | Swetha Vutlapalli Lingzhe Rao Benjamin Myatt Phil Cocks Paul Young | 2022 | |
Increasing the fine particle fraction of pressurised metered dose inhaler solutions with novel actuator shapes | International Journal of Pharmaceutics | Daniel J Duke Dung T Nguyen Larissa Gomes Dos Reis Dina M Silva Adrian Neild | 2021/3/15 |
X-Ray Radiography and Phase-Contrast Imaging of the Engine Combustion Network Spray B Sprays and Injection | Atomization and Sprays | Alan L Kastengren Kamel Fezzaa F Zak Tilocco Daniel Duke Andrew B Swantek | 2021 |
Using the Plateau-Rayleigh Instability to Produce HFA152a Droplets | Harry Scott Dung Nguyen Damon Honnery Daniel J Duke | 2021/5/4 | |
Combining Modelling with Advanced Experimental Techniques to Optimize Formulation and Nozzle Design for Low GWP pMDIs | Respiratory Drug Delivery 2021. Volume | Daniel J Duke Dung T Nguyen Harry N Scott Anesu J Kusangaya Alan L Kastengren | 2021/5/4 |
Waves in screeching jets | Journal of Fluid Mechanics | Daniel Edgington-Mitchell Tianye Wang Petronio Nogueira Oliver Schmidt Vincent Jaunet | 2021/4 |
Ultra Small Angle X-ray Scattering Measurements in Pharmaceutical Aerosols | APS Division of Fluid Dynamics Meeting Abstracts | Daniel Duke Harry Scott Anesu Kusangaya Alan Kastengren Jan Ilavsky | 2020 |
Multimodal X-ray and laser diagnostics for pressurized metered dose inhaler sprays | DJ Duke N Mason-Smith AL Kastengren J Ilavsky P Young | 2020 | |
Gaining new insights into pressurized metered dose inhaler (pMDI) design using synchrotron radiation | Daniel J Duke | 2020/4/30 |
Co-Authors
