Optimization of Impact Vibration Isolation
Impact machines are designed to generate high dynamic forces with each impact hammer. Conventionally designed bases of these machines require relatively large reinforced concrete blocks to transfer the impact force to the ground. Size basic block is dependent on a loading force produced a hammer and the characteristics of the soil. The vibrations generated by blows of hammers also be transmitted to the ground. These vibrations can have large impact and consequences on equipment, employees and even to the building structure. Recently, large investments in research and development of new technologies vibration isolation for impact machinery using the steel coil springs and viscous fluid dampers. The old solutions of elastic foundations are required large inertial mass under the hammer. With constant research and development to come up with new solutions that provide direct support to the impact machines using springs, without using a inertial mass.