An active balancing technology has been applied to solve the severe vibration caused by sudden unbalance in rotating machineries during their working process. First, based on the generation principle of sudden unbalan...An active balancing technology has been applied to solve the severe vibration caused by sudden unbalance in rotating machineries during their working process. First, based on the generation principle of sudden unbalance, a simulation test stand with a sudden unbalance generation device was set up. Then, the balancing planes were optimized by using the finite element method （FEM） to determine the position for balancing device installation. Finally, the active balancing experiments were carried out on the test stand. The experimental results indicate that the vibration response caused by sudden unbalance can be decreased from 77μm to 8μm by using the active balancing device, and the vibration amplitude reduction was up to 89.6%. From this example, it can be concluded that the active balancing device, which is installed on a proper position of the rotor, can effectively control the random transient synchronous vibration, demonstrating its high value in engineering practice.展开更多
Eliminating a rub-induced startup vibration problem in an ethylene drive steam turbine； Energetic and economic valuation of steam driven combined chillers；Energy and cogeneration targeting for a sugar factory； Ener...Eliminating a rub-induced startup vibration problem in an ethylene drive steam turbine； Energetic and economic valuation of steam driven combined chillers；Energy and cogeneration targeting for a sugar factory； Energy Solution Business Based on Gas Turbine Plant Engineering；Enhancement of adaptive protection and control features for combined thermal power stations； Evaluation of corrosion fatigue crack propagation behavior at low pressure steam turbine rotor展开更多
CAE process to eliminate powertrain noise and vibration；CAE virtual door slam test for plastic trim components；CART impact recorder data analysis using mathematical modeling；Casting and machining process analysis a...CAE process to eliminate powertrain noise and vibration；CAE virtual door slam test for plastic trim components；CART impact recorder data analysis using mathematical modeling；Casting and machining process analysis at General Motors Corporation powertrain；Cheap thrills；Combining FEA and KBE techniques to automate the analysis process A-Fresight vehicle program；Computer aided process and design optimization forinjection moulding；Concept and use of virtual product for automobile development；展开更多
基金Supported by the National Natural Science Foundation of China （No. 50635010） and the National High Technology Research and Development Program of China （ No. 2007AA04Z422 ）.
文摘An active balancing technology has been applied to solve the severe vibration caused by sudden unbalance in rotating machineries during their working process. First, based on the generation principle of sudden unbalance, a simulation test stand with a sudden unbalance generation device was set up. Then, the balancing planes were optimized by using the finite element method （FEM） to determine the position for balancing device installation. Finally, the active balancing experiments were carried out on the test stand. The experimental results indicate that the vibration response caused by sudden unbalance can be decreased from 77μm to 8μm by using the active balancing device, and the vibration amplitude reduction was up to 89.6%. From this example, it can be concluded that the active balancing device, which is installed on a proper position of the rotor, can effectively control the random transient synchronous vibration, demonstrating its high value in engineering practice.
文摘Eliminating a rub-induced startup vibration problem in an ethylene drive steam turbine； Energetic and economic valuation of steam driven combined chillers；Energy and cogeneration targeting for a sugar factory； Energy Solution Business Based on Gas Turbine Plant Engineering；Enhancement of adaptive protection and control features for combined thermal power stations； Evaluation of corrosion fatigue crack propagation behavior at low pressure steam turbine rotor
文摘CAE process to eliminate powertrain noise and vibration；CAE virtual door slam test for plastic trim components；CART impact recorder data analysis using mathematical modeling；Casting and machining process analysis at General Motors Corporation powertrain；Cheap thrills；Combining FEA and KBE techniques to automate the analysis process A-Fresight vehicle program；Computer aided process and design optimization forinjection moulding；Concept and use of virtual product for automobile development；
