In this study, the efficiency of employing rubber sheets to modify the dynamic response of a
concrete machine foundation model of size 400× 400 mm is explored by conducting a series …

The fundamental aim in the proper design of machine foundations is to limit the response
amplitude by preventing resonance in all vibration modes. The effects of static and dynamic …

The current investigation examines the influence of footing shape, the base area of footing
(A), the mass of footing-machine assembly (m), and eccentric force settings (mee) on the …

The current study examines the influence of footing size on the dynamic behaviour of
machine foundation systems placed on a prepared foundation bed of cohesionless soil …

The optimum vibration frequency for vibratory surface compaction has been found to be
close to the resonant frequency in small-scale and full-scale tests. To verify the results for …

Placing a machine footing over a small thickness of soil layer, which is located over a
bedrock, could encounter many challenges due to the bed's notable stiffness in comparison …

ارتعاش حاصل از پی ماشین‌آلات، دامنه‌ی وسیعی از کرنش‌های برشی را در بستر ایجاد می‌کند. مدول
برشی دینامیکی و نسبت میرایی بستر تابعی از دامنه‌ی کرنش برشی هستند؛ بنابراین، انتخاب …‎