... nanomaterials polymers silicone rubber UN SDG 9: Industry, innovation and infrastructure G′ storage modulus G′′ loss modulus Tan δ loss factor T_g transition temperature γ strain amplitude In recent years, magnetoactive...

...Merve Uyan, PhD; Melih Soner Celiktas, PhD Shape memory polymers (SMPs) are smart materials that have been widely accepted in potential applications ranging from biomedical devices to aerospace. Despite their limitations in engineering applications, SMPs have been utilized for strengthening...

...Jorge Carlos Ruiz-Ruiz, DSc; Maira Rubi Segura-Campos, DSc Clove essential oil (CEO) was added to Salvia hispanica mucilage–protein-rich fraction in an attempt to design a natural and biodegradable packaging film with good physical, optical and mechanical properties. The effects of polymer...

...@gmail.com) 19 03 2019 13 11 2019 ICE Publishing: All rights reserved 2020 composites mechanical properties polymers W water absorption (%) w_f final weight of the composite specimen w_i initial weight...

... polymers processing ICE Publishing: All rights reserved 2019 14 04 2016 07 05 2019 (corresponding author: hutli@163.com) Table 2 Widths of the weld lines under different mold heating temperatures Mold heating temperature: °C Width of weld line: μm A₁...

.... polymers property thermal properties D diameter of heating rods H distance between heating rod and cavity surface P pitch between the centers of adjacent heating rods q_w heat flux t_e environment...

.... polymers simulation surface roughness c maximum height of clearance in the contact interface E₃₀ elastic modulus at 30% strain L real contact length in one period L₀ length of sinusoidal curve in one period...

... effectively, the authors heated kaolinite featuring the same characteristics of rammed earth and added glass powder and sodium hydroxide to make inorganic polymers. Subsequently, using various mix ratios, calcination temperatures and calcination times, the compressive strength of the clay produced...

... with the aim to achieve high thermal, electrical and mechanical properties. This paper presents an overview of the type, synthesis, characterisation, properties, modelling and applications of nanocomposites in various sectors. Nanocomposites can be divided into two major classes, non-polymer-based...

..., primarily for transportable devices but also in some stationary equipment. ^{1 , 2} A variety of membranes based on polymer blends, cross-linked polymers and polymer–ceramic composites are available. ^{3 , 4} However, the high cost of perfluorinated polymers limits large-scale...

... technologies. For emerging markets, cost of new technologies, aimed at applications such as environmental monitoring and agriculture, is an important factor for deployment. This article provides a review on low-cost polymers, used for sensing environmental parameters, such as humidity and temperature, as well...

...Loyda Albañil-Sánchez, MSc; Rodolfo Cruz-Silva, PhD; Jose Luis Piza-Betancourt; Angel Romo-Uribe, PhD Engineered polymer nanofibers are materials with high potential to form composite materials. Electrospinning is a technique that allows preparation of such fibers with a high degree of nanometric...