Aims and Scope

Aims :

The aim of the Journal of Applied and Computational Sciences in Mechanics is to provide a forum for the publication and dissemination of original computational, experimental and theoretical work that contributes to the understanding of the main and related disciplines in mechanics.

Scope :

The Journal covers the whole spectrum of mechanical fields, which include, but are notlimited to, fluids engineering, micro/nano engineering and technology, aerospace, automotive engineering, combustion, thermal and power engineering, multi-phase flows, bio engineering, renewable energy, applied physics, solid mechanics, mechanical design, dynamics, robotics engineering, vibration and sound engineering, production engineering, materials and technology, precision engineering. All submitted papers will be peer reviewed by at least two referees. The referees main concern is to make sure that the manuscripts have sufficient novelties and contain sufficient well-written scientific materials for the audience of the society of mechanical engineers.The authors are kindly asked to notice that only original, innovative and novel papers will be considered for publication in the Journal of Applied and Computational Sciences in Mechanics. Comparison with experiments/tests conducted by the authors or others to validate the main contribution of the paper is strongly encouraged.Before submitting their work, authors are required to confirm that their paper has not published and is not under consideration for publication elsewhere. However already published conference papers can be submitted to this journal.

 Journal topics:

  • Solid mechanics
  •  Fluid mechanics
  •  Heat transfer
  •  Composite materials
  •  Robotics
  •  Micro and nano fluid
  •  Forming
  •  Fatigue and fracture
  •  Design and manufacture
  •  Renewable energy
  •  Combustion
  •  Aerospace engineering
  •  Optimization
  •  Finite Element
  •  Turbulent modeling
  •  Stress analysis
  •  Bio mechanics
  •  Nano mechanics
  •  Plasticity
  •  Machining
  •  Two phase flow
  •  Vibrations
  •  Control
  •  Thermodynamics
  •  Non-linear structures
  •  Mems
  •  Turbo machinery
  •  Aerodynamics
  •  Automation