Probabilistic analysis of crack width of a reinforced concrete element is based on the formulas accepted in Eurocode 2 and European Model Code 90. Obtained values of reliability index b seem to be satisfactory for the reinforced concrete slab that fulfils requirements for the crack width specified in Eurocode 2. However, the reliability of the slab seems to be insufficient when the European Model Code 90 is considered; reliability index is less than recommended value 1.5 for serviceability limit states indicated in Eurocode 1. Analysis of sensitivity factors of basic variables enables to find out variables significantly affecting the total crack width
Proper design of concrete structures is today important to achieve cost-effective and sustainable co...
Abstract—Proof of controlling crack width is a basic condition for securing suitable performance in ...
This paper theoretically and experimentally investigates the semi-empirical formulas recommended by ...
Experience and analysis presented in submitted thesis show that crack width of reinforced concrete e...
This thesis is a study on reliability-based analysis of reinforced concrete beams at the crack contr...
AbstractSome building code equations and equations developed by researchers are used for the calcula...
The reliability and durability of reinforced concrete structures depend on the amount of concrete cr...
The article describes the methods of calculation of reinforced concrete beams reliability at operati...
Cracks in concrete are inevitable but fortunately cracking enables the structures to get rid of its ...
Cracks in concrete are inevitable but fortunately cracking enables the structures to get rid of its ...
It is well known to civil engineers that fatigue leads to the bulk of structural failures. In plain ...
It is well known to civil engineers that fatigue leads to the bulk of structural failures. In plain ...
Probabilistic analysis of cracking moment from 22 simply supported reinforced concrete beams is perf...
Probabilistic analysis of cracking moment from 22 simply supported reinforced concrete beams is perf...
This paper theoretically and experimentally investigates the semi-empirical formulas recommended by ...
Proper design of concrete structures is today important to achieve cost-effective and sustainable co...
Abstract—Proof of controlling crack width is a basic condition for securing suitable performance in ...
This paper theoretically and experimentally investigates the semi-empirical formulas recommended by ...
Experience and analysis presented in submitted thesis show that crack width of reinforced concrete e...
This thesis is a study on reliability-based analysis of reinforced concrete beams at the crack contr...
AbstractSome building code equations and equations developed by researchers are used for the calcula...
The reliability and durability of reinforced concrete structures depend on the amount of concrete cr...
The article describes the methods of calculation of reinforced concrete beams reliability at operati...
Cracks in concrete are inevitable but fortunately cracking enables the structures to get rid of its ...
Cracks in concrete are inevitable but fortunately cracking enables the structures to get rid of its ...
It is well known to civil engineers that fatigue leads to the bulk of structural failures. In plain ...
It is well known to civil engineers that fatigue leads to the bulk of structural failures. In plain ...
Probabilistic analysis of cracking moment from 22 simply supported reinforced concrete beams is perf...
Probabilistic analysis of cracking moment from 22 simply supported reinforced concrete beams is perf...
This paper theoretically and experimentally investigates the semi-empirical formulas recommended by ...
Proper design of concrete structures is today important to achieve cost-effective and sustainable co...
Abstract—Proof of controlling crack width is a basic condition for securing suitable performance in ...
This paper theoretically and experimentally investigates the semi-empirical formulas recommended by ...