ce/papers - v. 2, n. 4 (September 2018)

Published:	September 2018

Articles in this Issue

Author(s)	Title	Page(s)
Fouad, Fouad H. / Schoch, Torsten	AAC in the USA - A second look	E1-E6
Matsushita, Fumiaki / Imasawa, Kouichi / Shibata, Sumio / Horiguchi, Masatoshi	Aluminum silicate recycling raw materials for production of autoclaved aerated concrete	215-221
Drobiec, Łukasz / Jasiński, Radosław / Mazur, Wojciech	Analysis of AAC precast lintels embedded in walls different construction	367-376
Seifert, Severin / Liesch, Anna-Lena / Thome, Volker / Dittrich, Sebastian / Wolfram, Daniela	Application of recycled waste material for the production of autoclaved aerated concrete	495-502
Hlawatsch, Frank / Aycil, Hakan / Kropp, Jörg	Autoclaved aerated concrete (AAC) rubble for new recycling building products: In dry premixed mortars for masonry, in masonry blocks, and in lightweight blocks	457-464
Schöndube, Tim / Rashid, Saif / Carrigan, Svenja / Schoch, Torsten / Kornadt, Oliver	Autoclaved aerated concrete: Influence of heat storage capacity on thermal performance and thermal comfort	97-102
von Werder, Julia / Simon, Sebastian / Lehmann, Christian / Selleng, Christian / Fontana, Patrick / Meng, Birgit	Autoclaving of ultra-high performance concrete (UHPC)	131-136
Pottin, Frank / Dietz, Torsten	Automation goes 4.0: The "SMART" AAC factory	25-35
Winkels, Bernd / Nebel, Holger / Raupach, Michael	Carbonation of autoclaved aerated concrete containing fly ash	47-51
Zeminian, Nicoletta / Guarino, Gaetano / Xu, Qi	Chemical admixtures for the optimization of the AAC production	235-240
Kreft, Oliver	Circular economy potential for autoclaved aerated concrete	465-470
Jasiński, Radosław	Comparisons of confined and different types of reinforcement on the behavior of masonry shear walls	353-365
Walczak, Paweł	Compressive strength of autoclaved aerated concrete: Test methods comparison	589-590
Xu, Shunwu / Chen, Xinjiang / Qi, Guoliang	Customized AAC equipment based on various demands	171-175
Butenweg, Christoph / Marinković, Marko	Damage reduction system for masonry infill walls under seismic loading	267-273
Canbay, Erdem / Binici, Baris / Demirel, İsmail Ozan / Aldemir, Alper / Uzgan, Ugur / Eryurtlu, Zafer / Bulbul, Koray	DEGAS: An innovative earthquake-proof AAC wall system	247-252
Walther, Hartmut B.	Demolition waste and limit values for landfill	527-533
Roberts, John / Fudge, Cliff	The design of storey height elements for the inner leaf of masonry cavity walls	397-401
Zapotoczna-Sytek, Genowefa	Durability of autoclaved aerated concrete based on Polish experience	53-62
Walczak, Paweł / Małolepszy, Jan	Durability of autoclaved aerated concrete-if carbonation is really dangerous? Facts and myths	43-45
Zhang, Hui / Su, Yufeng / Yang, Zhenghong / Zhang, Xiong	Early hydration process of the cement-lime system	125-129
Łaskawiec, Katarzyna / Woyciechowski, Piotr	Effect of carbonation on the performance of autoclaved aerated concrete	37-41
Rybarczyk, Tomasz / Drobiec, Łukasz	Effect of filling joints on resistance of walls under vertical loading	403-408
Yazal, Atilla / Kavas, Taner / Soyal, A. Doğan	Effects of different autoclaving pressure on mechanical properties of AAC	591-594
Mazur, Wojciech / Drobiec, Łukasz / Jasiński, Radosław	Effects of specimen dimensions and shape on compressive strength of specific autoclaved aerated concrete	541-556
Kümmel, Julian	Effects of thermal insulation on the airborne sound insulation of AAC masonry walls	89-95
Liesch, Anna-Lena / Thome, Volker / Dittrich, Sebastian	ENSUBA-A new method for solving the gypsum problem in waste autoclaved aerated concrete	477-481
Su, Yufeng / Wei, Bolei / Sun, Xuan / Zhang, Hui	Factors affecting the stability of bubble in autoclaved aerated concrete	181-186
Piekarczyk, Adam	Flexural strength of AAC masonry with bed joint reinforcement	389-396
Halici, Omer Faruk / Dalgic, Korhan Deniz / Ozeren, Ozgun / Ugurlu, Koray / Demir, Cem / Comert, Mustafa / Ilki, Alper	From experiments to seismic design rules for structures built with reinforced autoclaved aerated concrete panels	275-282
van Boggelen, Daan / van Boggelen, Koen / Beier, Ralf	Highly automated versatile volume production of autoclaved aerated panels	187-194
Jensen, Nickolaj Feldt / Bjarløv, Søren Peter / Rode, Carsten / Odgaard, Tommy Riviere	Hygrothermal assessment of internally insulated solid masonry walls fitted with exterior hydrophobization and deliberate thermal bridge	79-87
Menzel, Christoph	Improvement of the mixing process and the influence on the AAC properties	177-180
Chucholowski, Carola / Holger, Müller / Thienel, Karl-Christian	Improving the recyclability, environmental compatibility, and CO2 balance of autoclaved aerated concrete by replacing sulfate carrier and cement with calcined clays	503-512
Gokmen, Furkan / Binici, Baris / Canbay, Erdem / Aldemir, Alper / Ogdu, Mustafa Kagan / Uzgan, Ugur / Eryurtlu, Zafer / Ozdemir, Gulay	In situ seismic testing of a reinforced autoclaved aerated concrete building	253-258
Małecki, Marek / Kurdowski, Wiesław / Walczak, Paweł	Influence of gypsum and limestone, used as mineral additives, on autoclaved aerated concrete properties	231-234
Drobiec, Łukasz / Rybarczyk, Tomasz	Influence of reinforced concrete confining on the load-bearing capacity of the AAC walls	409-415
Černý, Vít / Drochytka, Rostislav / Kulísek, Karel / Húšt'avová, Jana	Influence of secondary raw materials on synthesis of tobermorite in lime-silicate composite	439-444
Kavas, Taner / Tan, Abdullah / Tiriç, Utku / Durğun, Abdullatif	Innovations in the crystalline structure forming and its effects on the mechanical performance of AAC	E7-E11
Riepe, Frank W.	An innovative application of autoclaved aerated concrete technology	103-109
Peter, Ulrike / Nowak, Pawel / Oeinck, Hermann / Spicker, Volker / Pust, Christopher	Investigation of the strength development of autoclaved aerated concrete	557-563
Anders, Nicole	Investigations about porosity analyzing of AAC	141-145
Galman, Iwona / Jasiński, Radosław	Joints in masonry walls	339-346
Nguyen Trong, Lam / Asamoto, Shingo / Matsui, Kunio	Length change behavior of autoclaved aerated concrete at various relative humidity: Comparison between Japanese and Vietnamese AACs	155-161
Matsui, Kunio / Asamoto, Shingo / Ogawa, Akihiro	Length change characteristics of autoclaved aerated concrete and other porous media based on pore structure	147-153
Aldarrat, Hatem / Cogum, Billy Özer / Reupke, Lorenz	Minimizing AAC production hard waste costs: A hybrid IMSD and DfE approach in machine-building industry	163-169
Stumm, Andreas / Schweike, Uwe / Stemmermann, Peter	Nanostructured high insulating autoclaved aerated concrete	121-124
Černý, Vít / Drochytka, Rostislav / Šebestová, Pavlína	Options for the implementation of new secondary raw materials in autoclaved aerated concrete	431-437
Kuroki, Kouji	Past and future of Hebel Haus in Japan	63-66
Łaskawiec, Katarzyna / Gębarowski, Piotr / Misiewicz, Lech	Performance of autoclaved aerated concrete from the designer, developer, and user perspective	535-540
Carrigan, Svenja / Hartner, Marco / Hofmann, Markus / Kornadt, Oliver / Schoch, Torsten	Performance of Multipor WI as exterior insulation	73-77
Horała, Wojciech Jan	Poromix AAC additive - A new front in AAC development	207-213
Grinfel'd, G. I. / Vishnevsky, A. A. / Smirnova, A. S.	Production and use of autoclaved aerated concrete in Russia	67-71
Paul, Marcus	Quality control of autoclaved aerated concrete by means of X-ray diffraction	111-116
Tungulin, Dmitry / Behrenberg, Birgit / Lutter, Jürgen / Wallmeier, Werner	Quicklime with defined reaction time window for aerated autoclaved concrete production	223-229
Chen, Ying-Liang / Chang, Juu-En / Lai, Yi-Chieh / Ko, Ming-Sheng / Chen, Yi-Hsin	Recycling of steel slag fines for the production of autoclaved aerated concrete (AAC)	445-449
Piekarczyk, Adam	Reinforced and unreinforced AAC masonry walls supported on deflecting structure	377-387
Kuever, Jan / Remesch, Markko / Rabenstein, Andreas / Bukowski, Gerhard / Kurkowski, Harald / Eden, Wolfgang	Removal of the greenhouse gas methane by using autoclaved aerated concrete as matrix for colonization of methane-oxidizing bacteria	471-475
Hartmann, Andrea / Loderer, Franz	Requirements for renders on modern autoclaved aerated concrete	137-140
Perevertov, Valeriy	Research of transformation process of barrier layers in antifriction bearing with solid lubricating filler at autoclave simulated operation	E26-E29
Schoch, Torsten	Science only really starts to become interesting where it ends … Justus von Liebig	XIV
Taghipour, Armin / Canbay, Erdem / Binici, Baris / Aldemir, Alper / Uzgan, Ugur / Eryurtlu, Zafer	Seismic behavior of reinforced autoclaved aerated concrete wall panels	259-265
Lönhoff, Moritz / Sadegh-Azar, Hamid	Seismic out-of-plane behavior of unreinforced masonry walls	291-299
Milanesi, Riccardo R. / Morandi, Paolo / Penna, Andrea / Magenes, Guido	Seismic performance of AAC masonry infill: From traditional systems to innovative solutions	311-317
Miccoli, Lorenzo	Seismic performances of AAC masonry: A review of experimental and numerical approaches	301-309
Binici, Baris / Canbay, Erdem / Demirel, İsmail Ozan / Aldemir, Alper / Uzgan, Ugur / Eryurtlu, Zafer / Yakut, Ahmet	Seismic response of autoclaved aerated concrete masonry infill walls under in-plane and out-of-plane seismic demands	241-245
Cheng, Caiyuan / He, Liusheng	Shaking table test study on a steel frame with autoclaved aerated concrete walls	283-289
Kirby, Jason T. / Fouad, Fouad H. / Schoch, Torsten	Simulation of AAC for sustainable design and construction	19-23
Haas, Martin / Petrov, Ivaylo	Six sigma in the AAC production	7-18
Jasiński, Radosław	Size effect of monotonically sheared masonry walls made of AAC masonry units	E12-E25
Fudge, Clifford / Edgell, Geoff	The spread of concentrated loads on AAC using digital image correlation techniques	1-5
Iihoshi, Chikara / Sugawara, Takashi / Sonobe, Manabu / Kobayashi, Hirokazu	Structural performance of AAC hybrid floor system	347-352
Paleari, Michele / Miliani, Alessandro	The sustainability of wall solutions: Life Cycle Assessment (LCA) of different solutions for external closures	489-494
van Boggelen, Willem / van Boggelen, Jop	Sustainable building solutions with new generation autoclaved aerated concrete panel applications	513-525
Rzeczkowski, Patrick / Lohaus, Ludger	Testing boundary conditions determining the drying shrinkage behavior of AAC	581-587
Drobiec, Łukasz	Tests of AAC walls subjected to vertical loads - Part 1. Zone at the opening	319-328
Drobiec, Łukasz	Tests of AAC walls subjected to vertical loads - Part 2. Connection zone of perpendicular walls	329-337
Miccoli, Lorenzo / Fontana, Patrick / Qvaeschning, Dirk / Kreft, Oliver / Hoppe, Johannes / Meng, Birgit	UHPC-AAC facade elements: Structural design, production technology, and mechanical behavior	483-488
Dalgıçer, Tuğba / Kavas, Taner / Uzgan, Ugur	Usability of chemical additives to accelerate initial curing time of AAC	195-199
Primmer, Peter	The use of EN771-4 the European harmonized AAC masonry unit product standard in the UK	565-570
Primmer, Peter	Use of European harmonized AAC masonry unit test standards in the UK	571-579
Bao, Mengyan / Guo, Xiaolu / Shi, Huisheng / Wu, Kai / Zhang, Xiong	Utilizing municipal solid waste incineration (MSWI) fly ash as a calcium source to prepare Al-substituted tobermorite	451-456
Schöps, Peter	Wall-floor-wall interaction considering fill units: Fill units can contribute to the vertical load transfer - A proposal	417-430
Schreiner, Juergen / Jansen, Daniel / Ectors, Dominique / Volkmann, Stephan	XRD analysis of phase development and peak broadening during the production of AAC	117-120
Grabowska, Ewelina	Zeolite as a raw material to the AAC production	201-206

About this
data sheet
IssueID
16143
Published on:
30/12/2018
Last updated on:
30/12/2018

Advertisement

Structurae cooperates with

International Association for Bridge and Structural Engineering (IABSE)

Advertisement

ce/papers - v. 2, n. 4 (September 2018)

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. 2, n. 4 (September 2018)

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.