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Thomas Kränkel
Thomas Kränkel
Bestätigte E-Mail-Adresse bei tum.de
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Zitiert von
Zitiert von
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Performance of rice husk ash as supplementary cementitious material after production in the field and in the lab
M Thiedeitz, W Schmidt, M Härder, T Kränkel
Materials 13 (19), 4319, 2020
532020
Effect of cement on superplasticizer adsorption, yield stress, thixotropy and segregation resistance
D Lowke, T Kränkel, C Gehlen, P Schießl
Design, Production and Placement of Self-Consolidating Concrete: Proceedings …, 2010
472010
Reinforced particle-bed printing by combination of the selective paste intrusion method with wire and arc additive manufacturing–a first feasibility study
D Weger, D Baier, A Straßer, S Prottung, T Kränkel, A Bachmann, ...
Second RILEM International Conference on Concrete and Digital Fabrication …, 2020
382020
Interlayer reinforcement combined with fiber reinforcement for extruded lightweight mortar elements
C Matthäus, N Kofler, T Kränkel, D Weger, C Gehlen
Materials 13 (21), 4778, 2020
332020
Lightweight concrete 3D printing by selective cement activation–investigation of thermal conductivity, strength and water distribution
D Weger, H Kim, D Talke, K Henke, T Kränkel, C Gehlen
Second RILEM International Conference on Concrete and Digital Fabrication …, 2020
312020
Prediction of the creep behaviour of bonded anchors until failure–A rheological approach
T Kränkel, D Lowke, C Gehlen
Construction and Building Materials 75, 458-464, 2015
282015
Penetration of cement pastes into particle-beds: A comparison of penetration models
D Weger, A Pierre, A Perrot, T Kränkel, D Lowke, C Gehlen
Materials 14 (2), 389, 2021
192021
Rice husk ash as an additive in mortar–Contribution to microstructural, strength and durability performance
M Thiedeitz, B Ostermaier, T Kränkel
Resources, Conservation and Recycling 184, 106389, 2022
182022
Effect of cement type and limestone powder content on extrudability of lightweight concrete
C Matthäus, D Back, D Weger, T Kränkel, J Scheydt, C Gehlen
Second RILEM International Conference on Concrete and Digital Fabrication …, 2020
182020
Modeling SAOS yield stress of cement suspensions: Microstructure-based computational approach
N Ukrainczyk, M Thiedeitz, T Kränkel, E Koenders, C Gehlen
Materials 13 (12), 2769, 2020
142020
L-box form filling of thixotropic cementitious paste and mortar
M Thiedeitz, N Habib, T Kränkel, C Gehlen
Materials 13 (7), 1760, 2020
112020
Impact of external mechanical loads on coda waves in concrete
F Diewald, N Epple, T Kraenkel, C Gehlen, E Niederleithinger
Materials 15 (16), 5482, 2022
92022
Extrusion of lightweight concrete: Rheological investigations
C Matthäus, D Weger, T Kränkel, LS Carvalho, C Gehlen
Rheology and Processing of Construction Materials: RheoCon2 & SCC9 2, 409-416, 2020
92020
Effect of pre-shear on agglomeration and rheological parameters of cement paste
M Thiedeitz, I Dressler, T Kränkel, C Gehlen, D Lowke
Materials 13 (9), 2173, 2020
82020
Viscoelastoplastic classification of cementitious suspensions: Transient and non-linear flow analysis in rotational and oscillatory shear flows
M Thiedeitz, T Kränkel, C Gehlen
Rheologica Acta 61 (8), 549-570, 2022
72022
Effect of coarse aggregate on properties of self-compacting concrete
T Kraenkel, D Lowke, P Schießl
Shi, C.; Yu, Z.; Khayat, H.; Yan, P.: Rilem Pro 65, Design, Performance and …, 2009
72009
Optimization of powder fineness and water/powder ratio to improve segregation resistance of SCC
D Lowke, T Kränkel, P Schießl
Shi, C.; Yu, Z.; Khayat, H.; Yan, P. Rilem Pro 65, Design, Performance and …, 2009
72009
What is the internal pressure that initiates damage in cementitious materials during freezing and thawing? a micromechanical analysis
JJ Timothy, A Haynack, T Kränkel, C Gehlen
Applied Mechanics 3 (4), 1288-1298, 2022
62022
Combining Wire and Arc Additive Manufacturing and Selective Paste Intrusion for Additively Manu-factured Structural Concrete: Fundamental Investigations on the Effect of Heat …
A Straßer, D Weger, C Matthäus, T Kränkel, C Gehlen
Open Conference Proceedings 1, 61-72, 2022
62022
Thixotropy-Dependent Form Filling Ability of Cement Paste
M Thiedeitz, T Kränkel, C Gehlen
Rheology and Processing of Construction Materials: RheoCon2 & SCC9 2, 273-280, 2020
62020
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