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Utai Meekum

Observed names: U. Meekum, UTAI Meekum
ORCID: 0000-0002-4097-3240
Observed ORCID: 0000-0002-4097-3240
OpenAlex ID: A5064066945
PLA and two components silicon rubber blends aiming for frozen foods packaging applications
2017 · Utai Meekum, Apichart Khiansanoi · Results in Physics · 25
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Toughening of Wood-plastic Composites Based on Silane/Peroxide Macro Crosslink Poly(propylene) Systems
2018 · Utai Meekum, Anuchit Khongrit · BioResources · 16
PLA and single component silicone rubber blends for sub-zero temperature blown film packaging applications
2018 · Utai Meekum, Apichart Khiansanoi · Results in Physics · 14
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Manufacturing of wood plastic composite from polyethylene/poly(ethylene terephthalate) waste/ultra high molecular weight polyethylene blends and rice husk fiber: Effect of blends ratio and peroxide/silane crosslink system
2023 · Utai Meekum · Journal of Thermoplastic Composite Materials · 8
Peroxide/Silane Crosslinked Poly(lactic acid) Hybrid Biocomposite Reinforced with Empty Fruit Bunch and Cotton Fibers for Hot-Fill Food Packaging
2017 · Utai Meekum, Pantip Kingchang · BioResources · 7
Experimental Design on Multi Layers of LVL Fiber Reinforced Wood Composite Using Bagasse as Core Structure
2011 · U. Meekum · Springer eBooks · 7
Manufacturing of Lightweight Sandwich Structure Engineered Wood Reinforced With Fiber Glass: Selection of Core Materials Using Hybridized Natural/Engineered Fibers
2016 · Utai Meekum, Waree Wangkheeree · BioResources · 6
Manufacturing of wood plastic composite from polyethylene/poly(ethylene terephthalate) waste/ultra high molecular weight polyethylene blends and rice husk fiber: Raw materials preparation and preliminary processing investigation
2023 · Utai Meekum · BioResources · 5
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Compounding Oil Palm Empty Fruit Bunch/Cotton Fiber Hybrid Reinforced Poly(lactic acid) Biocomposites Aiming For High-temperature Packaging Applications
2017 · Utai Meekum, Pantip Kingchang · BioResources · 5
Designing the wood foam core for manufacturing of lightweight sandwich structure engineered wood
2017 · Utai Meekum, Waree Wangkheeree · BioResources · 4
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Designing the Epoxy Adhesive Formulations for Manufacturing Engineered Woods
2017 · Utai Meekum, Waree Wongkheeree · BioResources · 4
Experimental Design on Laminated Veneer Lumber Fiber Reinforced Composite: Processing Parameters and Its Durability
2012 · Utai Meekum, Yumatorn Mingmongkol · Journal of Civil Engineering and Architecture · 4
Toughening of wood plastic composite based on X-PP
2016 · U. Meekum, A. Khongrit · AIP conference proceedings · 3
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Experimental Design on Laminated Veneer Lumber Fiber Composite: Surface Enhancement
2010 · U. Meekum, Y. Mingmongkol, et al. · AIP conference proceedings · 3
Manufacturing of a sandwich structure engineered wood with a rice husk flake core and teak veneer reinforced with glass/carbon fiber skin
2021 · Utai Meekum, Waree Wangkheeree · BioResources · 2
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Comparative Sduty of Polystryene Foam Degradation in the Open-air and Artificial Weathering Exposure
2002 · Utai Meekum, Reukrij Kenharaj · 2
X-ray crystallographic studies of sterically strained cyclic oligocarbonate precursors for polymerization
1994 · Steve A. Dobrowski, Howell G.M. Edwards, et al. · Polymer · 2
Chain degradation of peroxide/silane macro-crosslinked poly (lactic acid): pretreatment, mechanical and thermal study
2023 · Utai Meekum · Iranian Polymer Journal · 1
Manufacturing engineered wood panels from rice husk flake reinforced with glass and carbon fibers using epoxy adhesive
2019 · Utai Meekum, Waree Wangkheeree · BioResources · 1
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Epoxy adhesive formulations for engineered wood manufacturing: Design of Experiment (DOE) and hardener modification
2016 · W. Wangkheeree, U. Meekum · AIP conference proceedings · 1
Cases Succeed for using Natural Fibers as Polymer Reinforcement
2014 · Utai Meekum
Effect of Photo Accelerators on the Degradation of Polystyrene Foam Waste
2004 · Utai Meekum, Reukrij Kenharaj
Works count: 25
Citation count: 120
H-index: 6
I10-index: 3
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