Jadranka Akalović’s research while affiliated with University of Zagreb and other places

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Publications (12)


Toplinski otpor goveđe kože i kompozitnih laminata za profesionalnu obuću
  • Article

January 2019

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15 Reads

Koža & obuća

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Jadranka Akalović

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Istražen je toplinski otpor različitih goveđih koža (boks, velur, hidrofobirana napa, podstavna obućarska napa) i kompozitnih laminata (2-slojni laminat za izradu jezika obuće, 2-slojni laminat za izradu sara, 4-slojni laminat sa membranom za podstavu i 3-slojni laminat za podstavu) namijenjenih za izradu profesionalne obuće. Toplinski otpor je određen na uređaju PEMETEST. Toplinski otpor koža debljine 1,16 do 2,37 mm kreće se u granicama od 0,0813 do 0,0989 m2 C W-1. Toplinski otpor tekstilnih laminata, u prosjeku je niži od otpora prolazu topline koža, i iznosi 0,0701 do 0,0918 m2 C W-1



Citations (5)


... This type of leather has a longer lifespan compared to chrometanned leather, as it undergoes a gentle process that takes several weeks to complete. Products made from vegetable-tanned leather, such as shoes, become increasingly comfortable over time due to its breathable nature [13] Once the tanning process is complete, leather that has been subjected to vegetable tanning can either be left in its natural state or colored using various chemicals. Although vegetable-tanned leather can be dyed, it's important to note that the color of this type of leather may change slightly over time. ...

Reference:

ANNALS OF THE UNIVERSITY OF ORADEA FASCICLE OF TEXTILES, LEATHERWORK DIVERSITY OF VEGETABLE-TANNED LEATHER FOR SUSTAINABLE DEVELOPMENT
Evaluation of DNA-Damaging Effects Induced by Different Tanning Agents Used in the Processing of Natural Leather—Pilot Study on HepG2 Cell Line
  • Citing Article
  • Full-text available
  • October 2022

Molecules

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... These data are in line with European statistics, according to which tanneries located in this part of the world mainly produce bovine leather, with a share of more than 80 % [2]. This is because this type of leather can be used to manufacture a wide variety of products [19]. ...

Thermophysiological properties of bovine leather in dependence on the sampling point, tanning and finishing agents

... The parameters describing the physical and mechanical properties of leather include strength, elongation at break, elasticity, resistance to decay, resistance to hot and humid conditions, air permeability, thickness, and water permeability [9]. Physico-mechanical properties of leather obtained from various types of animal skins were performed in the laboratory of the institute according to the methodology of known standards, and the results are presented in Table 2. ...

Modification of Leather Surface Using Low-Pressure Plasma and Antimicrobial Reagent

E3S Web of Conferences

... In the design of footwear, usually, aesthetics and comfort are the main important factors considered, and thermal characteristics are not commonly taken into account. Hence, limited studies can be found that have a focus on the thermal characteristics of the footwear and the foot thermal regulation in a shoe [1][2][3][4][5]. The majority of the studies about footwear heat transfer deal with keeping feet warm in cold conditions [1,4,[6][7][8][9]. ...

Thermal Resistance of Leather and Membranes for Summer Desert Military Footwear Under Different Climate Conditions
  • Citing Chapter
  • January 2019

... Designers must balance comfort with support to ensure optimal foot health and biomechanical efficiency. Therefore, designers must consider multiple factors such as material selection, design intricacies, and individual variations in gait patterns to create footwear that prioritizes comfort, functionality, and overall foot health [14]. Design parameters are an essential factor in footwear comfort and functionality. ...

Merging Footwear Design and Functionality