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Study of the interphase region of wood bonds
Chlup, David ; Dufka, Amos (referee) ; Vaněrek, Jan (advisor)
This bachelor thesis deals with summarizing knowledge on issues related to the penetration depth of the adhesive into the wood structure. In the thesis they are described all adhesion theories. We focus on the effect of viscosity and durability bond line according to varying amounts of filler adhesive. Furthermore, it is described some microscopic techniques, which measure the penetration of the adhesive into the cell structure.
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Interaction of adhesive tapes with surfaces of structural aeronautical alloys
Matlák, Jiří ; Tulka,, Jaromír (referee) ; Molliková, Eva (advisor)
This work deals with the selection of the most appropriate adhesive tape, which one perfectly adheres to the surface of sheet, which is made of dural coated with aluminum in 99,5 % purity, and to the dural angle without surface treatment. The tape is expected to be de-cohesion and disruption resistant during the application of complex coating system to protect the materials in air traffic against corrosion, and smoothly removal of the treated material without affecting the surface. Twelve types of commercially available adhesive tape were tested, and the most appropriate one was chosen after extensive experiment and photographic documentation.
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Study of the interphase region of wood bonds
Chlup, David ; Dufka, Amos (referee) ; Vaněrek, Jan (advisor)
This bachelor thesis deals with summarizing knowledge on issues related to the penetration depth of the adhesive into the wood structure. In the thesis they are described all adhesion theories. We focus on the effect of viscosity and durability bond line according to varying amounts of filler adhesive. Furthermore, it is described some microscopic techniques, which measure the penetration of the adhesive into the cell structure.
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|
|
Interaction of adhesive tapes with surfaces of structural aeronautical alloys
Matlák, Jiří ; Tulka,, Jaromír (referee) ; Molliková, Eva (advisor)
This work deals with the selection of the most appropriate adhesive tape, which one perfectly adheres to the surface of sheet, which is made of dural coated with aluminum in 99,5 % purity, and to the dural angle without surface treatment. The tape is expected to be de-cohesion and disruption resistant during the application of complex coating system to protect the materials in air traffic against corrosion, and smoothly removal of the treated material without affecting the surface. Twelve types of commercially available adhesive tape were tested, and the most appropriate one was chosen after extensive experiment and photographic documentation.
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