lateral stiffness 
Results indicate that the system stability is decided by the vehicle barycenter position and the lateral stiffness of a tire.


However, the lateral stiffness of each of the PDB's load paths is constant.


This is one of the applications of Part (I), in which the angular stiffness, the lateral stiffness and the corresponding stress distributions of Cshaped bellows were calculated.


It introduces lateral stiffness as a practical stability measure to quantify the ability of both circular saw types to resist lateral cutting forces without large deflections.


Design optimization based on a mathematical programming technique involves minimizing the lateral stiffness of the lateral load resistant system for the structure while satisfying specified drift constraints.


8) which adjusts the lateral stiffness of the thoracic box.6.The takeoff jump occurs after flight has started and is executed by a complex of trochanteral depressor muscles of the meso and metathoracic legs (Fig.


After each solution, the ANSYS postprocessor extracts the lateral deflection and recalculates the lateral stiffness of the soil for each element.


Axial and lateral stiffness as a function of the leg extension.


A of correcting this issue beto designthe adjoining of the structure so that its lateral stiffness matches the lateral stiffness of the cell.


A Vshaped cantilever is preferable to exploit a substantial lateral stiffness.


As a result, the lateral stiffness of the structure was near zero, although the gravity load was maintained at failure.


At 100 Hz the whole track bounces on the lateral stiffness of the ballast, but this resonance is highly damped and difficult to observe.


Earthquakes may cause cracks in the masonry, and this reduces the lateral stiffness of the walls and columns.


Finally, the paper presents a mathematical model to evaluate lateral stiffness of braced frames braced having SPS.


For an example column, the lateral stiffness values at these limit states are determined and compared with each other.


Geometric strain energy due to prestress The lateral stiffness of strings and cables is known to depend on their axial tension force.


However, this onedimensional approximation does not include lateral stiffness of the sample.


It is notable that the lateral stiffness of weldfree systems is, in general, insensitive to the change in the axial stiffness of the brace.


It is obvious that such imperfections affect the lateral stiffness of walls and columns negatively.


It is evident that the lateral stiffness decreases as the magnitude of imperfection increases.

