strength reduction


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strength reduction

An optimisation where a function of some systematically changing variable is calculated more efficiently by using previous values of the function. In a procedural language this would apply to an expression involving a loop variable and in a declarative language it would apply to the argument of a recursive function. E.g.

f x = ... (2**x) ... (f (x+1)) ...

==>

f x = f' x (2**x) where f ' x z = ... z ... (f' (x+1) 2*z) ...

Here the expensive operation (2**x) has been replaced by the cheaper 2*z in the recursive function f'. This maintains the invariant that z = 2**x for any call to f'.
References in periodicals archive ?
These regions are same regions where the tensile strength reduction is observed based on mold flow analysis due to poor fiber orientation and presence of knit lines which lead to almost 50% strength reduction in coupling.
4] have reported strength reduction of corroded deck plate in 20 years old ships under uniform long itudinal compression.
20] is the intrinsic strength of concrete cured at 20[degrees] C and and strength reduction coefficient c in the exponential part means that, with an increase of the curing temperature, the intrinsic strength of concrete A will decrease.
The strength reduction finite element method provides incomparable advantages over the limit equilibrium method.
Lastly, the report examines long-term strength reduction factors and discusses differences between current practices for GRS and mechanically stabilized earth design.
Also included in the "Best of Ground Control" group is "A Case Study of Multiseam Coal Mine Entry Stability Analysis Using the Strength Reduction Method" by Ihsan Berk Tulu, Gabriel S.
Over the ensuing four decades, the Code has more than tripled in its provisions as knowledge and experience with structural concrete advanced, especially in areas such as torsional strength, seismic design and detailing, integrity reinforcement, concrete exposure classes, strain-based strength reduction factors and anchoring to concrete.
duration and number of sets) has a strict association with the strength reduction after SS exercises.
The pipe's exceptionally strong ends are expanded without the heat of the forging process, maintaining the integrity of the steel with no strength reduction at heat-affected zones.
Among the changes caused by the aging process, the decrease in muscle mass is one that most influences the strength reduction.
To determine the strength reduction of the concrete based on the APS content in the mixture, a test was made to simulate the strength reduction by a characteristic function and the parameters of this function were determined through the nonlinear regression analysis.

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