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

Published:	September 2023

Articles in this Issue

Author(s)	Title	Page(s)
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

About this
data sheet
IssueID
70448
Published on:
12/09/2023
Last updated on:
12/09/2023

Advertisement

Structurae cooperates with

International Association for Bridge and Structural Engineering (IABSE)

Advertisement

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

Articles in this Issue

You have exceeded your monthly download limit!

Structurae Plus subscribers can download 30 media files or data sets per month.
Structurae Pro users are limited to 50.

Required Data

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

Articles in this Issue

You have exceeded your monthly download limit! Structurae Plus subscribers can download 30 media files or data sets per month. Structurae Pro users are limited to 50.

Required Data

You have exceeded your monthly download limit!

Structurae Plus subscribers can download 30 media files or data sets per month.
Structurae Pro users are limited to 50.