Design and Implementation of a Laboratory Equipment for Studying Heat Transfer by Conduction

[1] Bihari P.: 4. Hővezetés és hősugárzás. In: Műszaki hőtan. Edutus Főiskola, Budapest, 2012. https://www.tankonyvtar.hu/hu/tartalom/tamop412A/2010-0017_42_muszaki_hotan/ch04.html (accessed on 10^th February 2019)Search in Google Scholar

[2] Kakucs A.: Műszaki hőtan. Scientia Kiadó, Kolozsvár, 2005. 150–160.Search in Google Scholar

[3] Dongliang Z., Xin Q., Xiaokun G.: Measurement Techniques for Thermal Conductivity and Interfacial Thermal Conductance of Bulk and Thin Film Materials. University of Colorado, Boulder, 2017. 5–10. (accessed on 15 Juny 2018) https://arxiv.org/ftp/arxiv/papers/1605/1605.08469.pdfSearch in Google Scholar

[4] AV Group Hungary, Polisztirol dryvit hőszigetelés (accessed on 15^th May 2018). http://www.szigeteloanyagarak.hu/polisztirol-hoszigeteles/polisztirol-dryvit-hoszigeteles/Search in Google Scholar

• Chromatic Discrimination Towards the Confusion Points

• Reduction of Retained Austenite in Tool Steels

• Modelling and Simulation of the Structural Elements and the Operating Processes of Mining Machines

• Relontouml: Development of a Model Based on Relational Model, Ontology and UML

• Partial Examination of the Design of the Bombed Olt Bridge in Sâncrăieni

• Impact Energy Absorbtion by Active Braking

• Study of the Effect of Soil Volumetric Weight on the Energy Requirement for a Spading Machine by Simulation

• Strategic Planning and Performance Management for Citizens of Harghita County with the Introduction of the CAF Based Quality Management Tool (CAFHR) Project

• New Trends in Mining Equipment Design

• About the Grinding of Gear Hob’s Rake Face

• Interpretation of Road Traffic Noise Changes with Noise Mapping