… Secondly, the thermodynamic model of the actuator is established by the Wiebe heat … Thus,
the thermodynamic model is obtained by integrating dynamic and thermodynamic equations. …

… The importance of real-fluid behavior and nonisentropic effects in modeling decompression
characteristics of pipeline fluids for application in ductile fracture propagation analysis[J]. …

Rock avalanche dynamics are always research hotspots and frontier issues in the field of
geological disasters over the world. Through a systematic review of the representative …

Tectonic-thermal event in sedimentary basin is a research hot spot and leading edge of basin
thermal evolution history. The new developments of low temperature thermochronology, …

… of structural evolution mechanism and giving full play to the advantages of machine
learning data analysis and processing is the key to the further development of drag modeling. …

… Since the thermophysical properties including fluid density will change substantially near …
pressure and critical density data, to guide the optimization of thermodynamic cycle and system …

… In present study, instead of introductions of specific methodologies of the thermodynamic
analysis, we devoted to giving a big picture on the preliminary design assessmentofa multi-…

… of an actuator driving the hopping process is investigated through theoretical analysis and
… the dynamic models of the process are constructed. Secondly, the thermodynamic model of …

… The question, as they say, is relevant, because it is evident that water plays a role in the
thermodynamic stability of these minerals, and it is absolutely necessary to assess this influence. …