This work represents an investigation and demonstration of a strategy, using a pipeline of open source software for computational biomechanics. The purpose is to extract 3D models from MRI data and perform Finite Element ...

Supersonic cruise, low acoustic signature, wave drag and heating are an integral part of any supersonic flight. In order to quickly pass through transonic regime and sustain in supersonic dash, the aircraft have to ...

Coronary heart disease (CHD) is characterized by the narrowing of coronary arteries and is one of the leading causes of death in today’s century. The main cause of CHD is atherosclerosis jots down to the deposition of fat, ...

Due to the increase in demand of high data tra c, mobile networks are evolving from single overlay network to a complex mixture of network technologies referred as Heterogeneous networks (HetNets). Such networks require ...

Femtocells are short-range, low-power and low-cost cellular access points that support fewer users compared to macro-cells and operate in the mobile operators licensed spectrum. Femtocells are bene cial for both operators ...

The research on marine renewable energy technologies is underway around the globe due to the compelling reasons such as environment friendly nature, renewable, intermittent but predictable, security and diversity of supply, ...

Large-scale data centers involve a set of server racks for storage and computations for which they require huge amount of power along with some cooling arrangement. It is observed in the literature that the size of ...

We consider the problem of traffic sign classification through two different neural network architectures. In particular, images of traffic signs with different quality are utilized as an input to a specific neural network ...

The purpose of this study is to conduct computational modeling and simulation of Avascular Femoral Necrosis (AVN) using linear elastic finite element analysis to predict failure in femoral neck. AVN is complex disease of ...

Bone’s Mechano-sensitivity is a wide area of research in computational mechanics. Bone cells are capable of sensing and responding to mechanical forces. However, modeling these forces requires a lot of working and assumptions. ...