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With an open loop system, the only way to modify the behaviour of the system is to modify the values of physical parameters in the system. For instance we can modify the damping coefficient of a damper. This can be done in vehicles for instance. By modifying the dampers, the coefficient C can be changed to modify the behaviour of the suspension in order to yield a desired behaviour. A high damping ratio will be used to yield a better road-holding quality at the expense of the comfort of the driver and passengers (e.g. old Corvette models before semi-active suspension systems were introduced). A low damping ratio will yield a better comfort at the expense of the road-holding quality (e.g. most Cadillacs). This is the classic compromise between vehicle stability and ride comfort for passive suspensions.
Design Problem: Design a pipeline and pump station to pump 100 MGD of water to the Mississippi river. To reduce the required horsepower of the pumps, the flow will be pressurized
#tool life formular for diferent n values
Atmospheri c Pressure (P atm ): It is pressure exerted by atmospheric air on any surface. It can be measured by a barometer. The standard values of it are; 1 P atm = 760
In general safety and service tips, you learnt about general service and safety tips those must be followed while working in workshop. It gives the competency statements useful for
INTRODUCTION: Here, we shall study about the repairing of motorcycle. Automobile technicians should acquire basic troubleshooting and repairing skills for attending various breakd
Relation between stress and strain: The relation between stress and strain is generally shown by plotting a stress-strain (σ -e) diagram. Stress can be plotted on ordinate (ve
vapour compression
Find out the forces in the members of the tower: Find out the forces in the members of the tower. Solution By symmetry, ∠ AFG = ∠ AGF = θ and HG = 7.5 m; while AH = 3
Find the Location of the Centroid a) Write the integrals for the determination of the location of the centroid of the area shown in Figure-(a). Only set up the integral.
Maximum Extraordinary Effect Determine the direction of propagation in quartz (ne = 1.553 and no = 1.544) at which the angle between the wave vector k and the Poynting vector S
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