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Celeste Viljoen
Celeste Viljoen
Verified email at sun.ac.za
Title
Cited by
Cited by
Year
3D concrete printer parameter optimisation for high rate digital construction avoiding plastic collapse
J Kruger, S Cho, S Zeranka, C Viljoen, G van Zijl
Composites Part B: Engineering 183, 107660, 2020
1392020
Optimal and acceptable reliabilities for structural design
K Fischer, C Viljoen, J Köhler, MH Faber
Structural Safety 76, 149-161, 2019
682019
Deriving target reliabilities from the LQI
K Fischer, C Barnardo-Viljoen, MH Faber
Small (C) 5 (4.2), 10, 2012
312012
Model uncertainties and bias in SHEAR strength predictions of slender stirrup reinforced concrete beams
OB Olalusi, C Viljoen
Structural Concrete 21 (1), 316-332, 2020
302020
Reliability assessment of structural concrete with special reference to shear resistance
KK Mensah
Stellenbosch University, 2012
242012
Structural reliability of ultra high-performance fibre reinforced concrete beams in flexure
L Simwanda, N De Koker, C Viljoen
Engineering Structures 244, 112767, 2021
182021
A beam finite element for the analysis of structures in fire
RS Walls
Stellenbosch: Stellenbosch University, 2016
182016
Model uncertainties in reliability analysis of reinforced concrete structures
M Holickı, M Sıkora, C Barnardo-Viljoen, KK Mensah, JV Retief
Research and Applications in Structural Engineering, Mechanics and …, 2013
182013
Analysis of structures in fire as simplified skeletal frames using a customised beam finite element
RS Walls, C Viljoen, H de Clercq
Fire technology 54, 1655-1682, 2018
172018
On standardization of the reliability basis of structural design
M Holickı, JV Retief, D Diamantidis, C Viljoen
162015
Updating structural reliability efficiently using load measurement
N De Koker, C Viljoen, R Lenner, SW Jacobsz
Structural Safety 84, 101939, 2020
152020
Parametric investigation into the cross-sectional stress-strain behaviour, stiffness and thermal forces of steel, concrete and composite beams exposed to fire
R Walls, C Viljoen, H de Clercq
Journal of Structural Fire Engineering 11 (1), 100-117, 2020
152020
A rational quantitative optimal approach to dam safety risk reduction
GC Cloete, JV Retief, C Viljoen
Civil engineering and environmental systems 33 (2), 85-105, 2016
152016
Probabilistic models of design wind loads in South Africa
J Botha
Stellenbosch: Stellenbosch University, 2016
152016
Assessment of simplified and advanced models for shear resistance prediction of stirrup-reinforced concrete beams
OB Olalusi, C Viljoen
Engineering Structures 186, 96-109, 2019
132019
Uncertainties in the South African wind load design formulation
J Botha, JV Retief, C Viljoen
Journal of the South african institution of civil engineering 60 (3), 16-29, 2018
132018
Assessment of reliability of EN 1992‐1‐1 variable strut inclination method of shear design provisions for stirrup failure
OB Olalusi, C Viljoen
Structural Concrete 21 (1), 303-315, 2020
122020
Reliability assessment of the South African wind load design formulation
J Botha, JV Retief, C Viljoen
Journal of the South african institution of civil engineering 60 (3), 30-40, 2018
122018
Reliability analysis of the slab panel method (SPM) for the design of composite steel floors in severe fires
R Walls, C Viljoen, H de Clercq, C Clifton
Journal of Structural Fire Engineering 8 (1), 84-103, 2017
122017
Probabilistic models for design of structures against wind loads
JV Retief, C Barnardo-Viljoen, M Holickı
Proceedings, 2013
122013
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Articles 1–20