"ANSYS APDL模拟鞍形板火焰热源温度场"

The Ansys APDL example code provided is for simulating the temperature field of a saddle-shaped plate with a flame as the heat source. The plate is divided into five parts: the flame region, transition region, and three linear regions. The length unit is in millimeters. The code begins with the modeling and mesh division of the plate, emphasizing its shape and the division of its parts for the simulation. The plate is described in terms of its length, width, and thickness, with the user-defined parameters set to specific values. Following the setting of the plate's primitive parameters, the code goes on to specify the finite element model for the line heating. This indicates the method used for simulating the heat transfer within the plate, particularly in response to the flame heat source. The code includes the simulation of the temperature field in the plate, with a focus on water cooling. The plate is modeled with the specific goal of analyzing the temperature distribution and heat transfer within the plate when subjected to the flame heat source. Throughout the code, detailed comments and annotations are provided to explain the purpose and function of each section, aiding in the understanding and customization of the simulation for specific research or industrial needs. Overall, the Ansys APDL example code serves as a valuable resource for engineers and researchers seeking to simulate and analyze the temperature field and heat transfer within a saddle-shaped plate subjected to a flame heat source, and it provides a practical demonstration of using Ansys APDL for such simulations.