The load-duration behavior of wood floor joists was examined using the Monte Carlo method. The simulations were performed using a cumulative damage model and a stochastic floor live load model. Floor joists designed to the existing American wood design code exhibited a decreasing failure rate. Although weak members tended to be the ones to fail, a majority of the weak members in a population were still surviving after 50 years. The total number of joists to fail in 50 years is very dependent on the distributional assumption made for short term strength
Load duration effects with respect to reduction of load bearing capacity are very important for stru...
Current structural wood design specifications include limited provisions to account for the time-dep...
Load-duration behavior of steel doweled wood connections, such as bolted and nailed connections, has...
Damage accumulation in wood structural members was assessed using realistic stochastic modeling of l...
Because of an interaction between the load history and the material's properties a reduction in the ...
A structural analysis model for parallel-member wood joist floors is developed that includes the eff...
The duration of load effect is a distinctive and important characteristic of wood strength. It refer...
Reliability analysis of structures for the purpose of code calibration or reliability verification o...
Load duration behavior, arising from creep-rupture, is one of the most significant effects distingui...
An approximate system reliability analysis method, including system effects and load duration effect...
Wood experiences a significant loss of strength and stiffness when loaded over period of time. This ...
Methods are presented for calculating limit state probabilities of engineered wood structural member...
The mechanism leading to the reduction in strength of a wood member under sustained loads is one of ...
Multiple-member wood structural systems are designed using the current National Design Specification...
The performance of structural wood members has proven to be generally satisfactory during dynamic lo...
Load duration effects with respect to reduction of load bearing capacity are very important for stru...
Current structural wood design specifications include limited provisions to account for the time-dep...
Load-duration behavior of steel doweled wood connections, such as bolted and nailed connections, has...
Damage accumulation in wood structural members was assessed using realistic stochastic modeling of l...
Because of an interaction between the load history and the material's properties a reduction in the ...
A structural analysis model for parallel-member wood joist floors is developed that includes the eff...
The duration of load effect is a distinctive and important characteristic of wood strength. It refer...
Reliability analysis of structures for the purpose of code calibration or reliability verification o...
Load duration behavior, arising from creep-rupture, is one of the most significant effects distingui...
An approximate system reliability analysis method, including system effects and load duration effect...
Wood experiences a significant loss of strength and stiffness when loaded over period of time. This ...
Methods are presented for calculating limit state probabilities of engineered wood structural member...
The mechanism leading to the reduction in strength of a wood member under sustained loads is one of ...
Multiple-member wood structural systems are designed using the current National Design Specification...
The performance of structural wood members has proven to be generally satisfactory during dynamic lo...
Load duration effects with respect to reduction of load bearing capacity are very important for stru...
Current structural wood design specifications include limited provisions to account for the time-dep...
Load-duration behavior of steel doweled wood connections, such as bolted and nailed connections, has...