Projects

The following listing of some more interesting projects, in which we were involved, should give you a fair idea of the extent of our experience.     

  • Analysis of impact of a 10 ton anchor against a protective dome of  Boston Harbor ocean outfall.   (Large deflections, plasticity and liquid/structure interaction.)
  • Vibration and fatigue of 6 megawatt circulating water pump. /Evaluation of the     permissible shaft bow from dynamics viewpoint./ Vibration response arising out of geometric deviation of rotor blades. (Hydrodynamic unbalance.)
  • Mechanical analysis of a bomb disposal vehicle under various operating conditions.
  • Impact of a heavy reinforcing strut against an offshore platform structure.
  • Design and analysis of a blast protection wall for an offshore structure.
  • Simulation of a front-end crash of a passenger automobile.
  • Dynamic response of a large power plant precipitator to a hammer impact.
  • Vibration of soil/footing/machine system of a large precipitator fan.
  • Dynamics of bomb ejection from Mirage bomb rack. (Modeling of structure undergoing self-separation.)
  • Transient response of a Karinga bomb due to tail retarder forces.
  • Analysis of a two-meter cable winding and twisting drum.
  • Study of a locomotive impact against a road tanker.
  • Response of concrete slab to impact by a heavy fuel container.
  • Analysis and design of pipe-whip restraints for power piping in nuclear power stations.
  • Seismic response of buildings, structures and piping systems.
  • Waterhammer in a power piping system.
  • Dynamic response of a submarine reactor to a nearby explosion.
  • Shock and random dynamic response of a thin-wall fuel tank for AMX weapon system.
  • Analysis of structural integrity of a large, nuclear fuel container dropped against a hard surface.
  • Response of a containment building due to explosive increase in pressure.
  • Vibrations of the Chayenne helicopter rotor control system.
  • In-depth studies of rock blasting processes and formulation of new models     explaining  those. Near- and medium-range response to blast within the rock mass.
  • Close-range response to airblast.
  • Response of a multistory building to a shock damage of a base column.
  • Seismic analysis of the Ozpoz telescope module.
  • Aircraft protective structure for the nuclear reactor in Lucas  Heights, Sydney.
  • Structural effects of a ceramic pressure vessel burst; shock wave and shrapnels
  • Fragmentation patterns, standard and proposed 5” artillery shell
  • Response of a multistory building to an explosion at the ground floor
  • The effects of explosive charges on a reinforced concrete slab
  • Damage to a large bridge arising from an aircraft impact.
  • Response of a high-rise building to rock pounding at nearby sea floor
  • High-speed automotive collisions simulation.
  • Surface vibrations induced by underground blasting.
  • Physical security barriers
  • Design of composite ballistic panels
  • Simulated building collapses