The plastic zone at a crack tip of the commercially available aluminum alloy AA2024-T3 was energetically analyzed by digital image correlation and coupled FEM simulations.
A novel solar based multigeneration system including thermoelectric generator is developed and analyzed energetically and exergetically.
A solar energy based multigeneration system including hydrogen production and its on-site utilization in homogeneous charge compression ignition (HCCI) engine is developed and analyzed energetically and exergetically.
A multigeneration system based on solar thermal energy associated with hot and cold thermal storage is designed and analyzed energetically and exergetically.
The proposed system is analyzed energetically and exegetically, and it is found that the energy and exergy efficiencies of the overall system are 13.93% and 17.97% respectively.
Molecular mechanics (MM) simulations have been carried out to determine energetically favorable double-walled carbon nanotube (DWNT) structures, and analyze their infinitesimal extensional, torsional, radial expansion/contraction, and bending deformations.
The study conducted here makes use of molecular docking and molecular dynamics simulation approaches, which include the search in space for the energetically most favorable conformation of a protein-ligand complex and the scoring of the resulting geometries with respect to binding energy, to analyze the proteasome inhibitory potential of WA and to investigate the underlying inhibitory mechanism.
The docking program place both ligand and protein in different orientations, conformational positions and the lowest energy confirmations which are energetically favourable are evaluated and analyzed for interactions.
A renewable energy based integrated system with wind turbines and solar photovoltaic arrays to supply power for residential applications is analyzed and assessed energetically and exergetically.
A multigeneration system, which consists of wind turbine, concentrated solar collector, organic Rankine cycle, and ground source heat pump, is proposed, analyzed and assessed energetically and exergetically for residential applications.
