Varme, belysning og ventilation

6. udgave af Varme Ståbi byder på en gennemgribende opdatering af de kapitler, der er berørt af Bygningsreglementets nye udgave BR10. Derudover skal specielt fjernvarmekapitlet fremhæves, idet kapitlet er meget kraftigt revideret og opdateret under hensyntagen til ændringerne i produktionsformerne. Også solvarme og varmepumper har fået en kraftig redaktionel overhaling. Ligeså er det nyt stof om omlægning fra vekslere til pumpe-/trykholdesystemer og nyt stof om selvregulerende pumper der erstatter strengreguleringsventiler. Der vil også være meget nyt at finde om bygningers varmetab. Bortset fra det og en gennemgribende finpudsning vil Varme Ståbi stadig stræbe efter at være varmebranchens solide og pålidelige opslagsbog.

Ventilationsteknikerens bibel, der indeholder alt hvad der er værd at vide om ventilationsprincipper og praktisk udførelse. Hovedvægten i Ventilation Ståbi ligger på komfortventilation, og bogen henvender sig til den tekniker der skal beskæftige sig med ventilationsanlæg, beregnings- såvel som udførelsesmæssigt. Bogen indleder med generelle kapitler om grundlæggende matematik, fysik, økonomi samt ude- og indeklimadata. Herefter gennemgås beregning af ud- og indvendige belastninger, nødvendig volumenstrøm samt luftens tilstandsstørrelser og ændring af disse. Bogen beskriver bl.a. de fem vigtigste ventilationsprincipper, for både lav- og højloftede lokaler og deres opbygning. Den gennemgår flere relevante anlægstyper, omfattende lod- og vandrette lufttæpper, evaporativ køling samt kølelofter. Udsugningssystemer fra den lettere industri behandles, blandt andet teknikken vedrørende punktudsugninger, så som sugehoveder, sugehove, sugebokse og sugetunneler. Særskilte kapitler omhandler dimensionering af ventilatorer, komponenter som filtre, spjæld, varmegenvindingskomponenter, befugtere mv., kanalsystemer, styring og regulering, lyd og vibrationer, rørkoblinger, isolering, energiforbrug, måleteori og indregulering af systemer. Også sikkerhedsforanstaltninger som eksempelvis brandventilation får særskilt behandling i bogen. For den der har brug for yderligere information om ventilationsanlæg i industrien i øvrigt, vil Håndbog i industriventilation, af samme forfatter, være et velegnet supplement.

Would You Like to Understand HVAC Technology and Learn to Troubleshoot and Repair a System in No Time?Are You Considering Starting a Career in the HVAC Industry?Then this book is just for you!After reading this book, you will be able to save money on HVAC repair and maintenance by doing it yourself, it will help you get started!If you are a homeowner, you will learn how to optimize the performance of your HVAC system and reduce your energy bills, save money, and almost completely eliminate the need to call a technician to repair your system. And that, as we all know, is a big savings!Inside you will find:Components and their functions in the HVAC systemStep-by-step practical guidance with 110+ real-life photos and diagramsThe process of heating and air conditioning is explained in a simple and clear wayCostly and common maintenance errors you need to know and avoid.The difference between an air conditioner and a heat pump and their structureCommon troubleshooting tips and repair instructions that solve more than 90% of problemsDifferent types of systems and explanation of how they workKey maintenance considerationsAnd much more!Beginners should read this book to save time on learning and quickly master this topic.

This scarce antiquarian book is a selection from Kessinger Publishing's Legacy Reprint Series. Due to its age, it may contain imperfections such as marks, notations, marginalia and flawed pages. Because we believe this work is culturally important, we have made it available as part of our commitment to protecting, preserving, and promoting the world's literature. Kessinger Publishing is the place to find hundreds of thousands of rare and hard-to-find books with something of interest for everyone!

"Modeling of Moist Air Condensation Underneath Engineered Surfaces" is a comprehensive book that focuses on the modeling and analysis of the condensation process of moist air underneath engineered surfaces. The book provides insights into the physical phenomena, mathematical modeling techniques, and practical considerations associated with condensation and moisture management in various engineered systems and surfaces. The book covers the fundamental principles of condensation and moisture behavior in the presence of engineered surfaces. It explores the underlying mechanisms, such as heat and mass transfer, surface properties, and environmental conditions that influence the condensation process. By studying these aspects, readers will gain a deep understanding of the complex interplay between moist air and engineered surfaces. Throughout the book, mathematical models for condensation and moisture behavior are developed and discussed. The reader will learn about computational techniques, numerical simulations, and analytical methods used to predict and analyze condensation phenomena. The book also explores the application of these models in various engineering systems and surfaces, including building materials, cooling systems, heat exchangers, and more. Furthermore, "Modeling of Moist Air Condensation Underneath Engineered Surfaces" addresses practical considerations related to moisture management and control. It covers topics such as surface design, material selection, surface coatings, and ventilation strategies to mitigate condensation and moisture-related issues. The book also explores the impact of environmental factors, such as temperature, humidity, and airflow, on the condensation process and provides insights into designing effective moisture management systems.

A celebration of the 150th anniversary of one of the finest and most recognisable lighting companies, Louis Poulsen Founded in Denmark in 1874 by Louis Poulsen, the original brand was transformed by the designer Poul Henningsen in 1924 when he designed the iconic PH lamps. Since then, Louis Poulsen has worked with some of the world's most talented designers, from Arne Jacobsen to nendo. By delving into the company's rich history and archive, this book traces the fascinating story of a brand that has flourished over generations, creating a holistic celebration of one of the world's most distinctive lighting design houses. Featured throughout the book are designs by heavyweight mid-century designers, such as Verner Panton, Vilhelm Lauritzen, and Finn Juhl, as well as some of the most creative contemporary designers working today including GamFratesi and Olafur Eliasson. Published to celebrate the 150th anniversary of the iconic Danish lighting company Louis Poulsen, the book includes more than 300 archival drawings and photographs, most of which have never been seen before. |A celebration of the 150th anniversary of one of the finest and most recognisable lighting companies, Louis Poulsen| TF Chan is a freelance editor, writer, and communications consultant, focusing on architecture, art, and design. Born and raised in Hong Kong, Chan was an editor at Wallpaper* magazine from 2020 to 2023. He aims to create world-class, visually driven content as well as championing diversity and social impact. He is committed to championing emerging creative talents, both in an editorial capacity and through mentoring younger designers and design editors.

The updated Residential Ventilation Handbook provides the information needed to select and install a ventilation system that will meet the strict national building codes.

This book provides the reader with an understanding of the impact that different morphologies, construction materials and green coverage solutions, have on the urban microclimate, thus affecting the comfort conditions of urban inhabitants and the energy needs of buildings in urban areas.

Heat Transfer: A Systematic Learning Approach presents valuable tools in understanding heat transfer mechanisms and provides a clear understanding of complex turbulent flows. It provides a comprehensive introduction to topics of heat transfer, including conduction, convection, thermal radiation, and nanofluids.