This paper suggests a sizing and optimization scheme of a hybrid electric propulsion system
for a heavy-duty vehicle. The considered propulsion system consists of four in-wheel traction …

B-pillar and rocker are the key force transmission sub-systems of the side impact of battery
electric vehicle (BEV), and scholars have studied the side crashworthiness of these sub …

The power-split hybrid electric vehicle (PS-HEV) is a complex and high-dimensional system
that only through overall system-level optimization, considering the synergies and …

Multi-fidelity optimization schemes enriching expensive high-fidelity functions with cheap-to-
evaluate low-fidelity functions have gained popularity in recent years. In the present work, an …

It is necessary to reduce the weight of components while maintaining or improving their
mechanical properties to withstand dynamic loads in lightweight structures. In this study …

The adoption of high-fidelity models for many-query optimization problems is majorly limited
by the significant computational cost required for their evaluation at every query. Multifidelity …

The multidisciplinary design optimization (MDO) of re-entry vehicles presents many
challenges associated with the plurality of the domains that characterize the design problem …

This paper investigates the impact of battery ageing on the fuel economy and drivability
capability of a power-split hybrid electric vehicle (HEV). The HEV is modelled first, an …

Collaborative optimization of the coupling parameters of powertrain is essential to improve
the performance of electric vehicles. However, complex coupling relationships and multi …

This paper proposes an electric propulsion system model for computationally efficient
multiobjective optimization considering overall driving cycles using coupled electromagnetic …