ce/papers
Die Inhaltsverzeichnisse werden automatisch erzeugt und basieren auf den im Index des TIB-Portals verfügbaren Einzelnachweisen der enthaltenen Beiträge. Die Anzeige der Inhaltsverzeichnisse kann daher unvollständig oder lückenhaft sein.
Inhaltsverzeichnis
- 1
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The spread of concentrated loads on AAC using digital image correlation techniquesFudge, Clifford / Edgell, Geoff et al. | 2018
- 7
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Six sigma in the AAC productionHaas, Martin / Petrov, Ivaylo et al. | 2018
- 19
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Simulation of AAC for sustainable design and constructionKirby, Jason T. / Fouad, Fouad H. / Schoch, Torsten et al. | 2018
- 25
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Automation goes 4.0: The “SMART” AAC factoryPottin, Frank / Dietz, Torsten et al. | 2018
- 37
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Effect of carbonation on the performance of autoclaved aerated concreteŁaskawiec, Katarzyna / Woyciechowski, Piotr et al. | 2018
- 43
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Durability of autoclaved aerated concrete—if carbonation is really dangerous? Facts and mythsWalczak, Paweł / Małolepszy, Jan et al. | 2018
- 47
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Carbonation of autoclaved aerated concrete containing fly ashWinkels, Bernd / Nebel, Holger / Raupach, Michael et al. | 2018
- 53
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Durability of autoclaved aerated concrete based on Polish experienceZapotoczna‐Sytek, Genowefa et al. | 2018
- 63
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Past and future of Hebel Haus in JapanKuroki, Kouji et al. | 2018
- 67
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Production and use of autoclaved aerated concrete in RussiaGrinfel'd, G. I. / Vishnevsky, A. A. / Smirnova, A. S. et al. | 2018
- 73
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Performance of Multipor WI as exterior insulationCarrigan, Svenja / Hartner, Marco / Hofmann, Markus et al. | 2018
- 79
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Hygrothermal assessment of internally insulated solid masonry walls fitted with exterior hydrophobization and deliberate thermal bridgeJensen, Nickolaj Feldt / Bjarløv, Søren Peter / Rode, Carsten et al. | 2018
- 89
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Effects of thermal insulation on the airborne sound insulation of AAC masonry wallsKümmel, Julian et al. | 2018
- 97
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Autoclaved aerated concrete: Influence of heat storage capacity on thermal performance and thermal comfortSchöndube, Tim / Rashid, Saif / Carrigan, Svenja et al. | 2018
- 103
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An innovative application of autoclaved aerated concrete technologyRiepe, Frank W. et al. | 2018
- 111
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Quality control of autoclaved aerated concrete by means of X‐ray diffractionPaul, Marcus et al. | 2018
- 117
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XRD analysis of phase development and peak broadening during the production of AACSchreiner, Juergen / Jansen, Daniel / Ectors, Dominique et al. | 2018
- 121
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Nanostructured high insulating autoclaved aerated concreteStumm, Andreas / Schweike, Uwe / Stemmermann, Peter et al. | 2018
- 125
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Early hydration process of the cement–lime systemZhang, Hui / Su, Yufeng / Yang, Zhenghong et al. | 2018
- 131
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Autoclaving of ultra‐high performance concrete (UHPC)von Werder, Julia / Simon, Sebastian / Lehmann, Christian et al. | 2018
- 137
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Requirements for renders on modern autoclaved aerated concreteHartmann, Andrea / Loderer, Franz et al. | 2018
- 141
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Investigations about porosity analyzing of AACAnders, Nicole et al. | 2018
- 147
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Length change characteristics of autoclaved aerated concrete and other porous media based on pore structureMatsui, Kunio / Asamoto, Shingo / Ogawa, Akihiro et al. | 2018
- 155
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Length change behavior of autoclaved aerated concrete at various relative humidity: Comparison between Japanese and Vietnamese AACsNguyen Trong, Lam / Asamoto, Shingo / Matsui, Kunio et al. | 2018
- 163
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Minimizing AAC production hard waste costs: A hybrid IMSD and DfE approach in machine‐building industryAldarrat, Hatem / Cogum, Billy Özer / Reupke, Lorenz et al. | 2018
- 171
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Customized AAC equipment based on various demandsXu, Shunwu / Chen, Xinjiang / Qi, Guoliang et al. | 2018
- 177
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Improvement of the mixing process and the influence on the AAC propertiesMenzel, Christoph et al. | 2018
- 181
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Factors affecting the stability of bubble in autoclaved aerated concreteSu, Yufeng / Wei, Bolei / Sun, Xuan et al. | 2018
- 187
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Highly automated versatile volume production of autoclaved aerated panelsvan Boggelen, Daan / van Boggelen, Koen / Beier, Ralf et al. | 2018
- 195
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Usability of chemical additives to accelerate initial curing time of AACDalgıçer, Tuğba / Kavas, Taner / Uzgan, Uğur et al. | 2018
- 201
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Zeolite as a raw material to the AAC productionGrabowska, Ewelina et al. | 2018
- 207
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Poromix AAC additive – A new front in AAC developmentHorała, Wojciech Jan et al. | 2018
- 215
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Aluminum silicate recycling raw materials for production of autoclaved aerated concreteMatsushita, Fumiaki / Imasawa, Kouichi / Shibata, Sumio et al. | 2018
- 223
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Quicklime with defined reaction time window for aerated autoclaved concrete productionTungulin, Dmitry / Behrenberg, Birgit / Lutter, Jürgen et al. | 2018
- 231
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Influence of gypsum and limestone, used as mineral additives, on autoclaved aerated concrete propertiesMałecki, Marek / Kurdowski, Wiesław / Walczak, Paweł et al. | 2018
- 235
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Chemical admixtures for the optimization of the AAC productionZeminian, Nicoletta / Guarino, Gaetano / Xu, Qi et al. | 2018
- 241
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Seismic response of autoclaved aerated concrete masonry infill walls under in‐plane and out‐of‐plane seismic demandsBinici, Baris / Canbay, Erdem / Demirel, İsmail Ozan et al. | 2018
- 247
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DEGAS: An innovative earthquake‐proof AAC wall systemCanbay, Erdem / Binici, Baris / Demirel, Ismail Ozan et al. | 2018
- 253
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In situ seismic testing of a reinforced autoclaved aerated concrete buildingGokmen, Furkan / Binici, Baris / Canbay, Erdem et al. | 2018
- 259
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Seismic behavior of reinforced autoclaved aerated concrete wall panelsTaghipour, Armin / Canbay, Erdem / Binici, Baris et al. | 2018
- 267
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Damage reduction system for masonry infill walls under seismic loadingButenweg, Christoph / Marinković, Marko et al. | 2018
- 275
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From experiments to seismic design rules for structures built with reinforced autoclaved aerated concrete panelsHalici, Omer Faruk / Dalgic, Korhan Deniz / Ozeren, Ozgun et al. | 2018
- 283
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Shaking table test study on a steel frame with autoclaved aerated concrete wallsCheng, Caiyuan / He, Liusheng et al. | 2018
- 291
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Seismic out‐of‐plane behavior of unreinforced masonry wallsLönhoff, Moritz / Sadegh‐Azar, Hamid et al. | 2018
- 301
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Seismic performances of AAC masonry: A review of experimental and numerical approachesMiccoli, Lorenzo et al. | 2018
- 311
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Seismic performance of AAC masonry infill: From traditional systems to innovative solutionsMilanesi, Riccardo R. / Morandi, Paolo / Penna, Andrea et al. | 2018
- 319
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Tests of AAC walls subjected to vertical loads ‐ Part 1. Zone at the openingDrobiec, Łukasz et al. | 2018
- 329
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Tests of AAC walls subjected to vertical loads ‐ Part 2. Connection zone of perpendicular wallsDrobiec, Łukasz et al. | 2018
- 339
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Joints in masonry wallsGalman, Iwona / Jasiński, Radosław et al. | 2018
- 347
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Structural performance of AAC hybrid floor systemIihoshi, Chikara / Sugawara, Takashi / Sonobe, Manabu et al. | 2018
- 353
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Comparisons of confined and different types of reinforcement on the behavior of masonry shear wallsJasiński, Radosław et al. | 2018
- 367
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Analysis of AAC precast lintels embedded in walls different constructionDrobiec, Łukasz / Jasiński, Radosław / Mazur, Wojciech et al. | 2018
- 377
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Reinforced and unreinforced AAC masonry walls supported on deflecting structurePiekarczyk, Adam et al. | 2018
- 389
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Flexural strength of AAC masonry with bed joint reinforcementPiekarczyk, Adam et al. | 2018
- 397
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The design of storey height elements for the inner leaf of masonry cavity wallsRoberts, John / Fudge, Cliff et al. | 2018
- 403
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Effect of filling joints on resistance of walls under vertical loadingRybarczyk, Tomasz / Drobiec, Łukasz et al. | 2018
- 409
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Influence of reinforced concrete confining on the load‐bearing capacity of the AAC wallsDrobiec, Łukasz / Rybarczyk, Tomasz et al. | 2018
- 417
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Wall–floor–wall interaction considering fill units: Fill units can contribute to the vertical load transfer — A proposalSchöps, Peter et al. | 2018
- 431
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Options for the implementation of new secondary raw materials in autoclaved aerated concreteČerný, Vít / Drochytka, Rostislav / Šebestová, Pavlína et al. | 2018
- 439
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Influence of secondary raw materials on synthesis of tobermorite in lime–silicate compositeČerný, Vít / Drochytka, Rostislav / Kulísek, Karel et al. | 2018
- 445
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Recycling of steel slag fines for the production of autoclaved aerated concrete (AAC)Chen, Ying‐Liang / Chang, Juu‐En / Lai, Yi‐Chieh et al. | 2018
- 451
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Utilizing municipal solid waste incineration (MSWI) fly ash as a calcium source to prepare Al‐substituted tobermoriteBao, Mengyan / Guo, Xiaolu / Shi, Huisheng et al. | 2018
- 457
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Autoclaved aerated concrete (AAC) rubble for new recycling building products: In dry premixed mortars for masonry, in masonry blocks, and in lightweight blocksHlawatsch, Frank / Aycil, Hakan / Kropp, Jörg et al. | 2018
- 465
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Circular economy potential for autoclaved aerated concreteKreft, Oliver et al. | 2018
- 471
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Removal of the greenhouse gas methane by using autoclaved aerated concrete as matrix for colonization of methane‐oxidizing bacteriaKuever, Jan / Remesch, Markko / Rabenstein, Andreas et al. | 2018
- 477
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ENSUBA–A new method for solving the gypsum problem in waste autoclaved aerated concreteLiesch, Anna‐Lena / Thome, Volker / Dittrich, Sebastian et al. | 2018
- 483
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UHPC–AAC facade elements: Structural design, production technology, and mechanical behaviorMiccoli, Lorenzo / Fontana, Patrick / Qvaeschning, Dirk et al. | 2018
- 489
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The sustainability of wall solutions: Life Cycle Assessment (LCA) of different solutions for external closuresPaleari, Michele / Miliani, Alessandro et al. | 2018
- 495
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Application of recycled waste material for the production of autoclaved aerated concreteSeifert, Severin / Liesch, Anna‐Lena / Thome, Volker et al. | 2018
- 503
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Improving the recyclability, environmental compatibility, and CO2 balance of autoclaved aerated concrete by replacing sulfate carrier and cement with calcined claysChucholowski, Carola / Holger, Müller / Thienel, Karl‐Christian et al. | 2018
- 513
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Sustainable building solutions with new generation autoclaved aerated concrete panel applicationsvan Boggelen, Willem / van Boggelen, Jop et al. | 2018
- 527
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Demolition waste and limit values for landfillWalther, Hartmut B. et al. | 2018
- 535
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Performance of autoclaved aerated concrete from the designer, developer, and user perspectiveŁaskawiec, Katarzyna / Gębarowski, Piotr / Misiewicz, Lech et al. | 2018
- 541
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Effects of specimen dimensions and shape on compressive strength of specific autoclaved aerated concreteMazur, Wojciech / Drobiec, Łukasz / Jasiński, Radosław et al. | 2018
- 557
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Investigation of the strength development of autoclaved aerated concretePeter, Ulrike / Nowak, Pawel / Oeinck, Hermann et al. | 2018
- 565
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The use of EN771‐4 the European harmonized AAC masonry unit product standard in the UKPrimmer, Peter et al. | 2018
- 571
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Use of European harmonized AAC masonry unit test standards in the UKPrimmer, Peter et al. | 2018
- 581
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Testing boundary conditions determining the drying shrinkage behavior of AACRzeczkowski, Patrick / Lohaus, Ludger et al. | 2018
- 589
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Compressive strength of autoclaved aerated concrete: Test methods comparisonWalczak, Paweł et al. | 2018
- 591
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Effects of different autoclaving pressure on mechanical properties of AACYazal, Atilla / Kavas, Taner / Soyal, A. Doğan et al. | 2018
- E1
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AAC in the USA – A second lookFouad, Fouad H. / Schoch, Torsten et al. | 2018
- E7
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Innovations in the crystalline structure forming and its effects on the mechanical performance of AACKavas, Taner / Tan, Abdullah / Tiriç, Utku et al. | 2018
- E12
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Size effect of monotonically sheared masonry walls made of AAC masonry unitsJasiński, Radosław et al. | 2018
- E26
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Research of transformation process of barrier layers in antifriction bearing with solid lubricating filler at autoclave simulated operationPerevertov, Valeriy et al. | 2018
- I
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Issue Information| 2018
- XIV
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Science only really starts to become interesting where it ends … Justus von LiebigSchoch, Torsten et al. | 2018