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Development of lightweight composites based on foam glass aggregate
Szotkowská, Michaela ; Sedlmajer, Martin (referee) ; Zach, Jiří (advisor)
Bachelor´s thesis is concerned of development of bonding foam glass with organic binders. The theoretical part describes the use of recycled glass to produce aggregates based on foam glass. It also describes its production, properties and use in construction. The work also focuses on the types of organic binders and their properties. In the practical part, the optimal ratio between the binder and the filler is proposed and the subsequent assessment of the required properties of the final composite.
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Development of board materials based on secondary raw materials with a good ratio of thermal insulation and mechanical properties
Szotkowská, Michaela ; Sedlmajer, Martin (referee) ; Zach, Jiří (advisor)
This diploma thesis focuses on the development of board materials based on secondary raw materials. The theoretical part outlines secondary raw materials and their further usage. In addition, the theoretical part deals with a description of protective panels with a focus on underlying profiles and requirements for protective panels in terms of thermal protection of buildings. At the end of the theoretical part, a multicriteria analysis and a method of assessing the impact of the products on the environment using LCA / EPD is described. The practical part describes input raw materials from various industries, test samples, their tests, and subsequent evaluation of required properties. Using the multi-criteria analysis, a board material with a favorable ratio between mechanical and thermal insulation properties was selected for the production of the base profile. Furthermore, the practical part deals with the production of the underlying profile, its testing, determining its competitiveness in the market, and a simplified description of its impact on the environment.
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Development of board materials based on secondary raw materials with a good ratio of thermal insulation and mechanical properties
Szotkowská, Michaela ; Sedlmajer, Martin (referee) ; Zach, Jiří (advisor)
This diploma thesis focuses on the development of board materials based on secondary raw materials. The theoretical part outlines secondary raw materials and their further usage. In addition, the theoretical part deals with a description of protective panels with a focus on underlying profiles and requirements for protective panels in terms of thermal protection of buildings. At the end of the theoretical part, a multicriteria analysis and a method of assessing the impact of the products on the environment using LCA / EPD is described. The practical part describes input raw materials from various industries, test samples, their tests, and subsequent evaluation of required properties. Using the multi-criteria analysis, a board material with a favorable ratio between mechanical and thermal insulation properties was selected for the production of the base profile. Furthermore, the practical part deals with the production of the underlying profile, its testing, determining its competitiveness in the market, and a simplified description of its impact on the environment.
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|
|
Development of lightweight composites based on foam glass aggregate
Szotkowská, Michaela ; Sedlmajer, Martin (referee) ; Zach, Jiří (advisor)
Bachelor´s thesis is concerned of development of bonding foam glass with organic binders. The theoretical part describes the use of recycled glass to produce aggregates based on foam glass. It also describes its production, properties and use in construction. The work also focuses on the types of organic binders and their properties. In the practical part, the optimal ratio between the binder and the filler is proposed and the subsequent assessment of the required properties of the final composite.
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