Journal of Advanced Research in Applied Mechanics & Computational Fluid Dynamics is a Journal from bouquet of Advance Research Publications which dedicated to the latest advancement of Applied Mechanics & Computational Fluid Dynamics domain and publishes high quality theoretical and applied research from scientific research to application development. JoARAMCFD emphasizes on efficient and effective Applied Mechanics & CFD, and provides a central forum for a deeper understanding in the discipline by encouraging the quantitative comparison and performance evaluation of the emerging components of these domains.
JoARAMCFD is a peer review open access journal with a goal to provide a platform for scientists and academicians all over the world to promote, share and discuss various new issues and developments in different areas of Applied Mechanics & CFD.
JoARAMCFD also emphasizes all prospective & applications of Applied Mechanics & Computational Fluid Dynamics and promulgates both the original research papers and industrial experience-analysis studies and reports with a view to provide scholarly research in original research papers and real time innovations, development and advancement in different disciplines of Applied Mechanics & CFD in industries.
The scope of the journal covers Research Articles, Review Articles, Methodology Articles, Short Communications, Case Study/ Case Reports, Research Reports, Monographs, Special Issues, Editorials research articles, Reviews, short communications and scientific commentaries in all the areas of Applied Mechanics & Computational Fluid Dynamics. Multidisciplinary types of articles are also encouraged in this journal which brings together articles from multiple technical backgrounds. All articles published in JoARAMCFD are peer-reviewed. The decision of the Editor-in-Chief to publish a paper in concurrence with sections editors and reviewer’s opinion is considered final.
The journal publishes original papers including but not limited to the following fields:
Focus & Scope:
A. Applied Mechanics
B. Computational Fluid Dynamics
A. Applied Mechanics
Applied Mechanics
Bio-mechanics
Computational mechanics
Experimental mechanics
Electro-mechanics
Fluid mechanics
Micro-mechanics
Nano-mechanics
Solid mechanics
Thermo-mechanics
Mechanics of shocks
Material science
Composite materials
Constitutive modeling of materials
Mechanical properties of materials
The mechanical behavior of advanced materials
Thermodynamics
Thermodynamics of materials and in flowing fluids
Flow and fracture
Internal flow
Heat transport in fluid flows
Aerodynamics
Aeroelasticity
Wave propagation
Stress analysis
Boundary layers
Dynamics
Elasticity
Hydraulics
Plasticity
Vibration
B. Computational Fluid Dynamics
Acoustics
Chemical reactions and combustion
Convergence acceleration procedures
Distributed computing
Discretisation methods and schemes
Free-surfaces
Fluid-solid interaction
Grid generation and adaptation techniques
Heat transfer
Mesh-free methods
Two-phase flows
Turbulence
Unsteady flows
Software used for Computational Fluid Dynamics: Fluent
Software used for Computational Fluid Dynamics: Gambit
Modeling & simulation used for Computational Fluid Dynamics
Keywords: CFD, Automation, Python, Scheme, Computer Aided Technologies CFD, Turbulence model, grid, Lift coefficient, drag coefficient Non-linear, thickness variation, exponentially, thermally induced, vibration, non-homogeneous, rectangular plate Vibration, Frequency, Taper Constant, Thermal Effect, Plate visco- elastic, thickness, frequency, vibration, taper parameter, aspect ratio
ISSN: 2349-7661
EISSN:2349-7661
Subject: Education
Publisher: ADR Publications
Year: 2014
Country: India
Views: 3235 Research Paper Indexed by Citefactor - Not Available
