1 Linghai Road
Dalian, 116026
China
Dalian Maritime University
Penalty finite element method, Topology optimization, Fluid flow, Computational time, Computational accuracy
PCEC, CH4, integrated system, carbon recovery, Power-to-Gas
Three-dimensional oscillating heat pipe (3D-OHP), liquid metal, high power, High heat flux, Heat dissipation
KEY WORDS: liquid ammonia, Solid Oxide Fuel Cell, Proton exchange membrane fuel cell, hybrid system, CCHP
Ceramic;Oscillating heat pipe;Sinter;Alumina;Heat transfer
oscillating heat pipe, high temperature, start-up, Filling ratio
triboelectric nanogenerators, thermal-electric conversion, Pulsating heat pipe, Heat transfer
Triboelectric nanogenerators, oscillating heat pipe, thermal-electric conversion, heat transfer
Condensation, Biphilic surface, Droplet behavior, Synergism, humid air
Liquid Ammonia, Solid Oxide Fuel Cell, Proton exchange membrane fuel cell, Hybrid System, CCHP
PCEC, SOEC, P2G, Thermoeconomic assessment, Multi-objective optimization
Hydrogen fuel cell vessel, Downsized storage architecture, Source-load collaboration, Transient stability, Energy management strategy, Multi-time-scale mismatch