Lateral rigidity refers to a structure's resistance to bending or flexing from side to side. In the context of vehicles, it is important for maintaining stability and handling during cornering. Components like sway bars and chassis bracing help improve lateral rigidity in vehicles.
The medial collateral ligament (MCL) provides medial stability to the knee joint while the lateral collateral ligament (LCL) provides lateral stability.
William T. Suit has written: 'Lateral and longitudinal stability and control parameters for the space shuttle Discovery as determined from flight test data' -- subject(s): Lateral Stability of airplanes, Longitudinal Stability of airplanes, Stability of airplanes, Lateral, Stability of airplanes, Longitudinal
To incorporate lateral walks into your workout routine, start by placing a resistance band around your ankles. Take small steps to the side, maintaining tension on the band. Repeat this movement for a set distance or time. Lateral walks help strengthen the muscles in your hips, thighs, and glutes, improving overall stability and strength.
C. Van de Kreeke has written: 'The interference of the model support mast with measurements of the longitudinal and lateral aerodynamic coefficients' -- subject(s): Lateral Stability of airplanes, Longitudinal Stability of airplanes, Stability of airplanes, Lateral, Stability of airplanes, Longitudinal
The lateral side of the leg in human anatomy is responsible for providing stability and support during movements such as walking, running, and jumping. It also houses important muscles, tendons, and ligaments that help with balance and coordination.
James M Luckring has written: 'Theroetical and experimental analysis of longitudinal and lateral aerodynamic characteristics of skewed wings at subsonic speeds to high angles of attack' -- subject(s): Aerodynamics, Airplanes, Lateral Stability of airplanes, Longitudinal Stability of airplanes, Stability of airplanes, Lateral, Stability of airplanes, Longitudinal, Wings
F. D. Hales has written: 'The vertical motion and lateral stability of road vehicle trains' 'Lateral stability problems of simply articulated vehicles'
Angiosperms do not have lateral meristems. They have apical meristems responsible for primary growth at the tips of roots and shoots. Lateral meristems are found in gymnosperms and are responsible for secondary growth in thickness.
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The lateral collateral ligament (LCL) is located on the outer side of the knee, connecting the femur to the fibula, providing stability against lateral forces. The medial collateral ligament (MCL) is found on the inner side of the knee, connecting the femur to the tibia, and it helps stabilize the knee against medial forces. Both ligaments play crucial roles in maintaining knee stability during movement.
Paul Christian Durup has written: 'Lateral stability of thin tapered struts' -- subject(s): Aeronautics 'Lateral stability of thin tapered struts' -- subject(s): Aeronautics