2004) Effect of column stiffness on braced frame
Among proposed lateral loading system, eccentrically braced frame
, though has little stiffness compared to the types of convergent braces, it has high strength, especially high energy absorption capability and tolerates stability hysteresis cycle under reciprocating loadings that achieving to this important issue is not possible regarding convergent braces due to buckling under the pressure.
A braced frame
is an efficient structural form for resisting lateral loads.
The tower's braced frame
system also provides superior seismic performance in compliance with California's strict criteria for acute care facilities.
Their topics include predicting the seismic displacement of landslides and gravity walls using a multi-block model, dynamic responses of high-speed railway bridges under earthquakes and their influences on running safety, seismic resistant braced frame
structures with shape-memory alloy-based self- centering damping devices, applying numerical tools for modelling granular soil behavior under earthquakes, applying dissipated energy to model cyclic loaded saturated soils, and simplified modal response history analysis for asymmetric-plan structures.
Depending on the style of climbing wall, the framework's fabrication and assembly begins with cutting hundreds of pieces of angle iron, measuring from 3" x 3" x 1/4" thick to 5" x 5" x 1/2" thick, and welding these pieces together to form 20' - 40' reinforced and braced frame
There's a braced frame
to cope with the claimed 148bhp and a slimmer fuel tank with a shorter reach to the bars; it feels more compact and remains one of the best out-of- the crate track bikes available.
Steel braced frame
systems are efficient since frame members work together like a truss and resist primarily axial loads with little or no bending in the members until the compression braces buckle.
Steel supporting structure utilizes moment resisting frame in one direction and braced frame
in the other direction.
The cost-efficient structural solutions achieved $3,725,000 savings through a concentric braced frame
system, gravity system, and composite steel floors.
Erdey (Northern Arizona University) walks through the design of a steel office building originally engineered to the 1994 UBC provisions and redesigned in compliance with the seismic requirements of the 1997 UBC, and the design of a concentrically braced frame
was an innovative concept called an Unbonded Braced Frame
system that can be compared to a giant, stiff automobile shock absorber.