The simulation tasks of the three-z

The simulation tasks of the three-zone SMB were performed by solving the system of partial differential equations as described in Section 2.1 via finite element method using FLEXPDE version 6.0. Each run was carried out for 96 steps of switching เพื่อให้มั่นใจว่าระบบได้เข้าสู่ cyclic-steady state. The simulated results of each condition at cyclic-steady state were used to calculate the performance parameters as expressed in Eqs. (14)–(18).

Results (English) 1:

The simulation tasks of the three-zone SMB were performed by solving the system of partial differential equations as described in Section 2.1 via finite element method using FLEXPDE version 6.0. Each run was carried out for 96 steps of switching to ensure that the system has. to cyclic-steady state. The simulated results of each condition at cyclic-steady state were used to calculate the performance parameters as expressed in Eqs. (14) - (18).

Results (English) 2:

The simulation tasks of the Three-zone SMB were performed by solving the system of partial differential equations as described in Section 2.1 via finite element method using FLEXPDE version 6.0. Each run was carried out for 96 steps of switching to ensure that the system has entered Cyclic-steady state. The simulated results of Each condition at Cyclic-steady state were used to calculate the performance parameters as expressed in Eqs. (14) – (18).

Results (English) 3:

The simulation task of three zone SMB is solved systematically, and the corresponding differential equation is given. The flexde model 6.0.each finite element method is used to analyze the six stage switch, in order to ensure that the system meets the design requirements. The simulation of the stable state of the cycle is carried out, and the calculation results of each condition under the stable state of the cycle are calculated. Parameter expression in "14" 41 of EQS