Fig. 1 Resilience composition More about this image found in Resilience composition

Fig. 2 Schematic diagram of the impact of spent fuel transport packaging container More about this image found in Schematic diagram of the impact of spent fuel transport packaging container...

Fig. 3 The relative compression distance of point C ranges with time t More about this image found in The relative compression distance of point C ranges with time t

Fig. 4 Resilience assessment procedure More about this image found in Resilience assessment procedure

Fig. 5 Stress of seal ring aging More about this image found in Stress of seal ring aging

Fig. 6 Distribution of the yield stress of the buffer material More about this image found in Distribution of the yield stress of the buffer material

Fig. 7 Distribution of d under impact speed 18.995 m/s, H = 5 mm More about this image found in Distribution of d under impact speed 18.995 m/s, H = 5 mm

Fig. 1 Equivalent circuit diagrams of a buck SMPS. The three different possible “conduction modes” of the circuit are shown which depend on state of the MOSFET and diode state as well as the inductor current. More about this image found in Equivalent circuit diagrams of a buck SMPS. The three different possible “c...

Fig. 2 Critical inductance values in terms of input voltage and purely resistive load. This value is the inductance which would place an ideal buck converter on the boundary of the DCM and CCM and the inductor current reaches zero directly in line with the switch period. More about this image found in Critical inductance values in terms of input voltage and purely resistive l...

Fig. 3 Diagram of the LTSPICE model used to generate the training data for the data driven techniques. Piece-wise linear variable assignments were used to vary the input voltage, Vi , output load, R , and a behavioral voltage component was used to modulate the duty cycle, DC. More about this image found in Diagram of the LTSPICE model used to generate the training data for the dat...

Fig. 4 Coefficient values for the standardized extended features. Values were generated by including noise with the LTSPICE training data and standardizing the signals to use as inputs into the SINDy algorithm. Standardizations allow for determinations to be made for which terms are most dominant ... More about this image found in Coefficient values for the standardized extended features. Values were gene...

Fig. 5 Time-series response for the different CCM SSA models, TS model created using the critical inductance relationship, the nonlinear model derived from the SINDy method, the eDMDc method using the truncated extended features to solve the data-driven controls problem, and the LTSPICE model show... More about this image found in Time-series response for the different CCM SSA models, TS model created usi...

Fig. 6 Open loop time-series response, using parameters in Table 1 , for the DCM SSA models, TS model created using the critical inductance relationship, the nonlinear model derived from the SINDy method, the eDMDc method using the truncated extended features to solve the data-driven controls pro... More about this image found in Open loop time-series response, using parameters in Table 1 , for the DCM ...

Fig. 7 Closed loop time-series response of the output voltage error for the DCM SSA models, TS model and the PID compensation method applied to incremental LTSPICE simulations using the circuit found in Fig. 3 More about this image found in Closed loop time-series response of the output voltage error for the DCM SS...