1 Furche, J., "Zum Trag- und Verschiebungsverhalten von Kopfbolzen bei zentrischem Zug (For the carrying and shifting behavior of head bolts in centric tension)" Universität Stuttgart 1994
2 Zhao, G., "Zugtragfähigkeit von Ankerplatten mit Kopfbolzen mit unterschiedlichen Achsabständen (Tensile capacity of anchor plates with headed bolts with different center distances)" Institut für Werkstoffe im Bauwesen, Universität Stuttgart 1991
3 Berger, W., "Zug- und Querlastversuche an Kopfbolzen und Verbunddübeln mit und ohne Rückhängebewehrung – Versuchsbericht (Tensile and shear load tests on head studs and bonded anchors with and without back-up reinforcement - test report)" Institut für Werkstoffe im Bauwesen, Universität Stuttgart 2011
4 Hanenkamp, W., "Tragverhalten von Verankerungen mit Kopfbolzen. Zusatzversuche Serie 4 und 5 (Structural behavior of anchorages with headed bolts. Additional tests of Series 4 and 5). Zugtragfähigkeit von EinzelKopfbolzen mit unterschiedlichen Randabständen (Capaity of single headed studs with different edges)"
5 Berger, W., "Trag- und Verschiebungsverhalten sowie Bemessung von Kopfbolzenverankerungen mit und ohne Rückhängebewehrung unter Zuglast (Load and displacement behavior as well as dimensioning of head bolt anchorages with and without back-up reinforcement under tensile load)" Universität Stuttgart 2015
6 Lee, N. H., "Tensile-headed anchors with large diameter and deep embedment in concrete" 104 (104): 479-486, 2007
7 Henriques, J., "Tensile resistance of steel-reinforced anchorages : Experimental evaluation" 110 (110): 239-250, 2013
8 Nilforoush, R., "Tensile capacity of anchor bolts in uncracked concrete : influence of member thickness and anchor’s head size" 114 (114): 1519-1530, 2017
9 Grauvilardell, J., "Synthesis of design, testing and analysis research on steel column base plate connections in high-seismic zones" University of Minnesota 2005
10 Ozbolt, J., "Size effect on the concrete cone pull-out load" 95 (95): 391-404, 1999
1 Furche, J., "Zum Trag- und Verschiebungsverhalten von Kopfbolzen bei zentrischem Zug (For the carrying and shifting behavior of head bolts in centric tension)" Universität Stuttgart 1994
2 Zhao, G., "Zugtragfähigkeit von Ankerplatten mit Kopfbolzen mit unterschiedlichen Achsabständen (Tensile capacity of anchor plates with headed bolts with different center distances)" Institut für Werkstoffe im Bauwesen, Universität Stuttgart 1991
3 Berger, W., "Zug- und Querlastversuche an Kopfbolzen und Verbunddübeln mit und ohne Rückhängebewehrung – Versuchsbericht (Tensile and shear load tests on head studs and bonded anchors with and without back-up reinforcement - test report)" Institut für Werkstoffe im Bauwesen, Universität Stuttgart 2011
4 Hanenkamp, W., "Tragverhalten von Verankerungen mit Kopfbolzen. Zusatzversuche Serie 4 und 5 (Structural behavior of anchorages with headed bolts. Additional tests of Series 4 and 5). Zugtragfähigkeit von EinzelKopfbolzen mit unterschiedlichen Randabständen (Capaity of single headed studs with different edges)"
5 Berger, W., "Trag- und Verschiebungsverhalten sowie Bemessung von Kopfbolzenverankerungen mit und ohne Rückhängebewehrung unter Zuglast (Load and displacement behavior as well as dimensioning of head bolt anchorages with and without back-up reinforcement under tensile load)" Universität Stuttgart 2015
6 Lee, N. H., "Tensile-headed anchors with large diameter and deep embedment in concrete" 104 (104): 479-486, 2007
7 Henriques, J., "Tensile resistance of steel-reinforced anchorages : Experimental evaluation" 110 (110): 239-250, 2013
8 Nilforoush, R., "Tensile capacity of anchor bolts in uncracked concrete : influence of member thickness and anchor’s head size" 114 (114): 1519-1530, 2017
9 Grauvilardell, J., "Synthesis of design, testing and analysis research on steel column base plate connections in high-seismic zones" University of Minnesota 2005
10 Ozbolt, J., "Size effect on the concrete cone pull-out load" 95 (95): 391-404, 1999
11 Latour, M., "Rotational behaviour of column base plate connections : Experimental analysis and modelling" 68 : 14-23, 2014
12 Prestressed Concrete Institute, "PCI design handbook" Precast/Prestressed Concrete Institute 2004
13 Shahrooz, B. M., "Outrigger beam-wall connections. I : Component testing and development of design model" 130 (130): 253-261, 2004
14 Ottosen, N. S., "Nonlinear finite element analysis of pull-out test" 107 (107): 591-603, 1981
15 Chang, X., "Modeling of anchor bolt pullout in concrete based on a heterogeneous assumption" 241 (241): 1345-1351, 2011
16 Latour, M., "Mechanical modelling of exposed column base plate joints under cyclic loads" 162 : 105726-, 2019
17 Piccinin, R., "Linear elastic fracture mechanics pullout analyses of headed anchors in stressed concrete" 136 (136): 761-768, 2010
18 Rybinski, M., "Komponentenmethode für Ankerplatten mit Kopfbolzen unter einachsiger Beanspruchung (Component method for anchor plates with headed bolts under uniaxial loading)" Institut für Konstruktion und Entwurf der Universität Stuttgart 2014
19 Nilforoush, R., "Influence of surface reinforcement, member thickness, and cracked concrete on tensile capacity of anchor bolts" 114 (114): 1543-1556, 2017
20 Pallarés, L., "Headed steel stud anchors in composite structures, Part II : Tension and interaction" 66 (66): 213-228, 2010
21 Wang, J., "Fracture and damage of concrete and rock" 559-568, 1993
22 Ozbolt, J., "Fastening elements in concrete structures—numerical simulations"
23 Nilforoush, R., "Experimental evaluation of influence of member thickness, anchor-head size, and orthogonal surface reinforcement on the tensile capacity of headed anchors in uncracked concrete" 144 (144): 04018012-, 2018
24 EN 1993-1-8., "EN 1993-1-8.Eurocode 3: design of steel structures. Part 1–8: Design of joints"
25 Fuchs, W., "Concrete capacity design(CCD)approach for fastening to concrete" 92 : 73-94, 1995
26 American Concrete Institute Committee, "Code requirements for nuclear safety related concrete structures (ACI 349–06)"
27 CMC, "Code for design of concrete structures. GB50017–2010"
28 American Concrete Institute Committee, "Building code requirements for structural concrete (ACI 318–14) and commentary (ACI 318R-14)"
29 Yang, Y., "Buckling behavior of double-skin composite walls : An experimental and modeling study" 121 : 126-135, 2016
30 Hoehler, M., "Behavior and testing of anchors in simulated seismic cracks" 105 (105): 348-357, 2008
31 Derek, P., "Behavior and design of cast-in-place anchors under simulated seismic loading—NEES-anchor project" National Science Foundation 2013
32 Wald, F., "Base plate in bending and anchor bolts in tension" 53 (53): 21-50, 2008
33 Furche, J., "Ausziehversuche an Kopfbolzen mit unterschiedlichen Kopfformen bei Verankerungen im ungerissenen Beton und in Parallelrissen (Pull-out tests on head bolts with different head shapes for anchorages in non-cracked concrete and in parallel cracks)"
34 Eligehausen, R., "Anchorage to concrete" 1 (1): 392-403, 1998
35 Eligehausen, R., "Anchorage in Concrete Construction" Ernst & Sohn 2006
36 Tsavdaridis, K. D., "Analytical approach of anchor rod stiffness and steel base-plate calculation under tension" 5 : 207-218, 2016
37 Bouska, P., "Analysis of experimental data of the pull-out tests of anchor bolts" Czech Technical University in Prague 1992
38 Ozbolt, J., "3D FE Analysis of anchor bolts with large embedment depths" 2003