Items where Author is "Javed, Tasmiyah"
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Number of items: 7.
Article
RASHVAND, Mahdi, DEHKHARGHANIAN, Nahal, NIKZADFAR, Mehrad, JAVED, Tasmiyah, LUKE, Leo Pappukutty, O’BRIEN, Alexander, SHENFIELD, Alex, GENOVESE, Francesco, MATERA, Attilio, ALTIERI, Giuseppe, DI RENZO, Giovanni Carlo and ZHANG, Hongwei
(2025).
Machine Learning-Driven Optimization for Digital Transformation in Non-thermal Food Processing.
Food and Bioprocess Technology.
[Article]
JAVED, Tasmiyah, AKMAL, Muhammad, BREIKIN, Timofei, MILLMAN, Caroline and ZHANG, Hongwei
(2025).
OhmNet: Advanced neural network-based viscosity prediction of sauces for efficient Ohmic heating processing.
Innovative Food Science & Emerging Technologies, 104: 104099.
[Article]
JAVED, Tasmiyah, AKMAL, Muhammad, BREIKIN, Timofei and ZHANG, Hongwei
(2025).
Integrating Fluid Dynamics: Leveraging Simscape for Modelling and Real-Time Control of Continuous Flow Ohmic Heater.
International Journal of Modelling and Simulation.
[Article]
RASHVAND, Mahdi, KAZEMI, Amirali, NIKZADFAR, Mehrad, JAVED, Tasmiyah, LUKE, Leo Pappukutty, KJÆR, Katrine Møller, FEYISSA, Aberham Hailu, MILLMAN, Caroline and ZHANG, Hongwei
(2025).
The Potential of Pulsed Electric Field in the Postharvest Process of Fruit and Vegetables: A Comprehensive Perspective.
Food and Bioprocess Technology, 18, 5117-5145.
[Article]
JAVED, Tasmiyah, OLUWOLE-OJO, Oluwaloba Nifemi, HOWARTH, Martin, XU, Xu, RASHVAND, Mahdi and ZHANG, Hongwei
(2024).
Application of Advanced Process Control to a Continuous Flow Ohmic Heater: A Case Study with Tomato Basil Sauce.
Applied Sciences, 14 (19): 8740.
[Article]
JAVED, Tasmiyah, OLUWOLE-OJO, Oluwaloba, ZHANG, Hongwei, AKMAL, Muhammad, BREIKIN, Timofei and O’BRIEN, Alexander
(2024).
System Design, Modelling, Energy Analysis, and Industrial Applications of Ohmic Heating Technology.
Food and Bioprocess Technology, 18, 2195-2217.
[Article]
OLUWOLE-OJO, Oluwaloba Nifemi, JAVED, Tasmiyah, HOWARTH, Martin, XU, Xu, O’BRIEN, Alexander and ZHANG, Hongwei
(2024).
Model Validation and Real-Time Process Control of a Continuous Flow Ohmic Heater.
Modelling, 5 (3), 752-775.
[Article]


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