ce/papers - v. 6, n. 2 (September 2023)

Erschienen:	September 2023

Artikel in dieser Ausgabe

Autor(en)	Titel	Seite(n)
Łaskawiec, Katarzyna / Gębarowski, Piotr / Zając, Piotr / Stankiewicz, Jarosław	AAC building components for modular construction using recycled materials	223-229
Walczak, Paweł	AAC life cycle: How long can autoclaved aerated concrete buildings be used	41-45
Fudge, Clifford / Hopkin, Tony	Achieving the 2025 future homes energy and carbon standard for England using AAC masonry	15-18
Rybarczyk, Tomasz / Przybyłowicz, Paweł	The advantages of well‐prepared BIM tools for interdisciplinary design	315-323
Drobiec, Łukasz / Mazur, Wojciech / Jokiel, Remigiusz	Analysis of compressive strength of AAC masonry columns strengthened circumferentially	80-86
Drobiec, Łukasz / Jasiński, Radosław / Mazur, Wojciech / Rybarczyk, Tomasz / Połubiński, Tomasz	Analysis of the impact of horizontal reinforcement on the compression and diagonal compression strength of walls made of AAC	170-176
Walczak, Paweł / Rybarczyk, Tomasz	Analysis of thermal solutions in challenging spots of masonry constructions	446-454
Straube, Berit	Application of binders with lower carbon footprint in the AAC production	209-212
Fudge, Clifford / Sargeant, Graham	Assessment of durability of UK AAC blocks taken from walls of buildings	115-118
Stemmermann, Peter / Beuchle, Günter / Garbev, Krassimir / Schweike, Uwe / Ullrich, Angela	Belite cement clinker from autoclaved aerated concrete waste fines with high sulfate content	203-208
Piekunko‐Mantiuk, Iwona / Trusiewicz, Piotr	BIM—A new paradigm for building and maintaining a manufacturer‐architect relationship	324-332
Haas, Martin	The bulk density of AAC – Influencing factors and their magnitude	25-33
Walther, Hartmut B.	Calculation of EPD for individual AAC product classes	218-222
Walczak, Paweł	Carbonation resistance of different types of calcium silicate hydrates	259-265
Kreft, Oliver / Pfanz, Andreas / Franke, Joachim / Osterried, Johannes	Circular construction with AAC—recycling of an industrial hall made of Hebel elements in Munich‐Puchheim	230-233
Walczak, Paweł	CO₂ – Quo Vadis? If CO₂ emission is really an ecological indicator of green production?	213-217
Drobiec, Łukasz / Mazur, Wojciech / Jokiel, Remigiusz	Comprehensive studies of the influence of superficial strengthening with the FRCM system on the load‐bearing capacity and deformability of AAC walls	71-79
Miccoli, Lorenzo / Ferretti, Daniele / Michelini, Elena / Loderer, Franz	Determination of the initial shear strength of AAC masonry with and without pre‐compression according to EN 1052‐3	191-197
Scotta, Roberto / Trutalli, Davide / Brandolese, Sara / Miccoli, Lorenzo / Miliani, Alessandro	Development and validation of a kit for a reinforced load bearing AAC masonry system resisting to seismic actions. Preliminary results	469
Lapovska, Svitlana / Klapchenko, Vasyl / Demchenko, Tetyana	Development of a standard for accelerated determination of frost resistance of autoclaved aerated concrete	299-302
Turski, Robert / Kreft, Oliver / Fudge, Clifford / Walczak, Paweł	EAACA net zero roadmap for autoclaved aerated concrete	19-24
Trutalli, Davide / Miccoli, Lorenzo / Brandolese, Sara / Scotta, Roberto / Miliani, Alessandro	Earthquake‐resistant AAC infills: damage prevention with an innovative decoupling system	464-468
Mészárosová, Lenka / Černý, Vít / Melichar, Jindřich / Drochytka, Rostislav	Effect of alternative fibre‐like secondary raw materials utilization by the preparation of the aerated autoclaved concrete	430-436
Rybarczyk, Tomasz	Elements subject to control during construction with AAC	46-55
Mueller, Anette	Energy and CO₂ savings through recycling of aerated autoclaved concrete?	199-202
Fouad, Fouad / Ramadan, Wessam / Schoch, Torsten / Kirby, Jason	Environmental performance of autoclaved aerated concrete in the USA	5-14
Drobiec, Łukasz / Jasiński, Radosław / Mazur, Wojciech	Evaluation of the compressive strength of autoclaved aerated concrete in existing masonry	142-149
Loderer, Franz	Evolution of EC 6—Influence on masonry constructions made from AAC	177-181
Ferretti, Daniele / Cerioni, Roberto / Riva, Andrea / Boretti, Giovanbattista / Casillo, Alfredo / Michelini, Elena	Experimental behavior of lintels for AAC masonry buildings: Comparison among different solutions	161-169
Michelini, Elena / Cerioni, Roberto / Riva, Andrea / Boretti, Giovanbattista / Casillo, Alfredo / Ferretti, Daniele	Experimental characterization of AAC masonry in shear: Effect of block density, mortar, and test setup	150-160
Grzyb, Krzysztof / Jasiński, Radosław	Full‐scale studies of stiffening walls made of autoclaved aerated concrete	135-141
Peter, Ulrike / Walter, Diethelm / Crinière, Guillaume / Pust, Christopher / Leszczynski, Marcin / Verhelst, Frederik	Future ready limes for the AAC industry	437-441
Aldarrat, Hatem / Drosten, Gerrit / Bikbulatov, Marat	Increasing the flexibility in aluminum paste dosing system: A comparison between shift pre‐mixing system and batch pre‐mixing system designs	395-402
Aldarrat, Hatem / Drosten, Gerrit	Industrial automation and robotics in AAC industry: Selected models and case studies	371-378
Walczak, Paweł	Influence of a mortar type on shrinkage of autoclaved aerated concrete	303-308
Rzeczkowski, Patrick / Lohaus, Ludger	Influence of carbon dioxide on shrinkage behavior and compressive strength of AAC in accelerated tests	266-271
Walczak, Paweł	Influence of carbonation on Autoclaved Aerated Concrete (AAC) properties	252-258
Miccoli, Lorenzo / Loderer, Franz	Influence of material properties on the modulus of elasticity of AAC masonry	109-114
Drobiec, Łukasz / Jasiński, Radosław / Mazur, Wojciech / Rybarczyk, Tomasz	Influence of the type of lintel and the method of covering the window opening on the compressive strength of walls made of AAC	102-108
Černý, Vít / Mészárosová, Lenka / Drochytka, Rostislav / Melichar, Jindřich	Investigation of effective replacement of sand by waste perlite in AAC production	403-409
Halici, Omer Faruk / Demir, Ugur / Zabbar, Yassin / Ilki, Alper	Investigation of seismic performance of indoor AAC infill walls with flat‐truss bed‐joint reinforcement	458-463
Drobiec, Łukasz / Mazur, Wojciech	Investigation of the influence of bed joint steel reinforcement on the load‐bearing capacity and deformability of walls made of AAC (subjected to vertical compression). Part 1 zone around the window opening	87-94
Drobiec, Łukasz / Mazur, Wojciech	Investigation of the influence of bed joint steel reinforcement on the load‐bearing capacity and deformability of walls made of AAC (subjected to vertical compression). Part 2 test of the wall connection zone	95-101
Hlawatsch, Frank / Peters, Maike / Ufermann‐Wallmeier, Daniel	Lightweight blocks made of coarse AAC‐granules ‐ Recycled again!	198
Loderer, Franz	Loadbearing versus non‐loadbearing fire walls	455-457
Schoch, Torsten / Imme, Manfred	Measurements of vibration reduction indices path over junctions AAC/CSU	444-445
Rudchenko, Dmitry / Serdyuk, Vasyl	Metakaolin as an effective additive in the production of AAC	443
Łaskawiec, Katarzyna / Gębarowski, Piotr / Zając, Piotr	Modeling of AAC composition without autoclaving proces	309-314
Walczak, Paweł	Modeling properties of autoclaved aerated concrete (AAC) by different pore size	333-338
Horala, Wojciech / Boruta, Mikołaj	Modern AAC additive—A ready tool helping with decarbonization of AAC production by reduction of water, cement, lime and energy consumption	423-429
Tavenier, Corniels / Beier, Ralf / van Boggelen, Koen	The modern Autoclaved Aerated Concrete (AAC) plant of today for a sustainable tomorrow	379-387
Galman, Iwona / Jasiński, Radosław	Morphology of cracks and comparison of load‐bearing capacity of joints of AAC masonry walls	125-133
Haas, Martin / Theede, Florian	Optimization of energy consumption and production volume by simulation of autoclave regimes	348-356
Nicolle, Rodolphe	A pathway to negative CO₂ emissions by 2050: The contribution of the lime industry to a carbon‐neutral Europe	442
Zapotoczna–Sytek, Genowefa / Małolepszy, Jan / Soboń, Mieczysław	Polish approach to the development of AAC properties and applications	56-70
Theede, Florian	The potential of data analyses out of the steam control technology for the autoclaves	388-394
Bansal, Sidharth / Bansal, Sourabh	Production and use of AAC in India	1-4
Walther, Hartmut B.	Recarbonation matters—CO₂ absorption of AAC during its use phase	246-251
Ravishankar, G. S. R. / Bansal, Sourabh / Jhunjhunwala, Atul / Thaker, Mehul / Kanakaraj, Armugam / Parmar, Yogesh / Mistri, Jayesh	A review on the effects of chemical admixtures on Autoclaved Aerated Concrete (AAC) blocks	415-422
Galman, Iwona / Jasiński, Radosław	Shear capacity of traditional joints between walls made of AAC masonry units	119-124
Wahab, Mirco / Waida, Sandra / Bier, Thomas A.	Short‐term length change measurements and sorption isotherms for AAC compared to OPC	290-298
Straube, Berit / Walczak, Pawel / Sargeant, Graham / Menzel, Yvonne / Laskawiec, Katarzyna	Short‐term test method for durability of AAC	272-277
Shams, Taban / Schober, Georg / Seifert, Severin	Shrinkage behavior of autoclaved aerated concrete containing calcined diatomaceous earth as the main silica raw materials at various autoclaving temperatures	284-289
Walczak, Paweł	SOLBET: An example of an eco‐friendly company	34-40
Pottin, Frank	Specific solutions for reducing energy consumption in existing and new AAC plants	357-370
Goodier, Chris / Cavalaro, Sergio / Gorse, Chris / Blay, Karen / Blanco‐Alvarez, Ana	Structural performance of aged Reinforced Autoclaved Aerated Concrete (RAAC) roof panels	134
Mingione, Serena / Lothenbach, Barbara / Winnefeld, Frank / Opsommer, Ann	Study of the solubility of xonotlite	238-245
Jansen, Daniel / Lothenbach, Barbara / Yan, Yiru / Schreiner, Jürgen	Synthesis, structural characterization, and thermodynamic properties of 11Å Al‐tobermorite	234-237
Chen, Chadwick / Xu, Shunwu / Qi, Guoliang / Huo, Wenquan	Technical innovation and research of autoclaved aerated concrete block/panel equipment	339-347
Cnop, Tom / Verhelst, Frederik / Pavlík, Jaroslav / Lempertz, Ulrich	Transformation pathway to a green lime offer	410-414
Puzey, Adrian / Balding, Tony	Use of load‐bearing AAC panels in transportable, prefabricated, pre‐finished, modular housing	182-190
Asamoto, Shingo / Koyama, Rintaro / Matsui, Kunio / Takahashi, Keisuke	Water absorption characteristics in autoclaved aerated concrete, diatomite, and calcium silicate board	278-283

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70448
Veröffentlicht am:
12.09.2023
Geändert am:
12.09.2023

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ce/papers - v. 6, n. 2 (September 2023)

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ce/papers - v. 6, n. 2 (September 2023)

Artikel in dieser Ausgabe

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