Dynamic loading and stress analysis on crankshaft of reciprocating mud pump
4.8 (295) · € 32.99 · Auf Lager
Computation model of crankshaft was built and the dynamic characteristics of crankshaft were studied. FEM was performed to obtain the maximum main stress, the minimum main stress and the Mises stress at three kinds of critical working conditions of crankshaft. Through movement analysis and computation for various components of reciprocating mud pump (RMP), the loads of crankshaft were obtained. The maximum stress of crankshaft at the three kinds of dangerous operating modes was obtained from the FEM stress analysis. It is located in the critical region and the location belongs to the dangerous position in most of the fracture crankshafts. The FEM stress analysis results are very valuable in guiding actual application development for intelligence optimization design of RMP.
Dynamic loading and stress analysis on crankshaft of reciprocating mud pump - Extrica
Full article: Static and modal analysis of a crankshaft reciprocating driver for reciprocating-airfoil (RA) driven VTOL aircraft
Full article: Static and modal analysis of a crankshaft reciprocating driver for reciprocating-airfoil (RA) driven VTOL aircraft
Perform Rotordynamic Analyses of a Reciprocating Engine's Crankshaft
Machines, Free Full-Text
Dynamic Analysis on Crank-Connecting Rod Mechanism of Reciprocating Pumps with Crankshaft–Bushing Clearance
Dynamic force analysis of reciprocating engine: Crank effort and Turning Moment
PDF) Modal Analysis of a Connecting Rod using ANSYS
Full article: Static and modal analysis of a crankshaft reciprocating driver for reciprocating-airfoil (RA) driven VTOL aircraft
Dynamic loading and stress analysis on crankshaft of reciprocating mud pump
Machines, Free Full-Text
