Traditional CFD algorithms have achieved a high degree of sophistication for modelling fluid flows in the past five decades. This sophistication can be seen clearly in one dimensional modelling, with a wide variety of ...

Rapidly evolving technologies in the autonomous operation of Uninhabited Aerial Vehicles (UAVs) and associated developments in low-cost sensors have created significant interest among researchers in using them for various ...

Decades of research aim to shield structures and people from impact and shock, mitigating damage and traumatic brain injuries. The development of novel structures to absorb energy and reduce stress waves in structures ...

In autonomous missions, quadrotors are often required to safely fly through gaps or openings. Designing traversal guidance strategies becomes crucial in such scenarios, especially when the quadrotor relies on the information ...

Flow in the wake generated by a solid body presents an important class of problems in fluid dynamics, with wide ranging scientific implications and engineering applications. The present work investigates the structure and ...

Remote synchronous collaborative design necessitates designers to carry out the design process using web-based real-time communication applications for collaboration with co-designers. Design communication involves exchanging ...

This dissertation addresses the need for sustainability in manufacturing industries by leveraging digitalization and Model-Based Systems Engineering (MBSE). The research presents a comprehensive framework for operationalizing ...

This thesis comprehensively investigates the integration of design thinking into education, focusing on its application in K-12 settings in India. The broad aims of the research work are: 1. To investigate the need to ...

Human eye gaze estimation research has numerous applications in diverse fields from Human Computer Interaction (HCI) to aviation. Non-intrusive video oculography based methods are classified into two categories based on ...

Composite materials are well known for their superior properties such as specific strength, specific modulus, tailor-ability in different directions, fatigue resistance, durability, low weight, and low thermal expansion. ...