Journal of Advanced Research in Applied Mechanics & Computational Fluid Dynamics

The Science Behind Titan Submersible Implosion - Insights From Physicists

Dr. Praveen Sakalya — 2023-09-30

The scientific expedition team of OceanGate company based in Canada in the North Atlantic Ocean off the coast of New found land, Canadatrip led an adventure tourism to the deeper waters of ocean for viewing the debris of Titanic ship. The expedition took off from the shores of the Atlantic Ocean on June 18,2023 which imploded on the subsequent days causing fatal causalities. Lot many discussions are engulfing around unraveling the reason behind this implosion.At this juncture,this investigation is an attempt to scientifically portray the causative factors behind this implosion.For this investigation data, reviews, opinions, newspaper reports etc were collected / collated and based on this scientific conclusions were derived. This paper is a review about titan implosion by unraveling the possible causative factors behind this, primarily based on several technical reports and news that appeared
in the fourth estate.

Design and Development of Automated Viscous Fluid Filling Machine

Shivendra Patil — 2023-12-26

Today’s production environment changes have made it possible for robots to mechanically carry out tiresome, repetitive operations while manually managed work is transitioned to auto-cycle control equipment. These modifications frequently make use of and build upon operator process expertise. As long as this tendency persists, a substantially higher volume of product will be released, and the operator’s contribution will be more technically focused and less physically focused. A computer software running on a microcontroller, embedded computer, or an external or embedded computer provides the precise control and feedback.
An excellent time-saving device, automated viscous fluid filling machines are typically utilized in small-scale industries. Batch manufacturing in industry is the main function of this machine. Reduced filling time with maintained accuracy for viscous fluid filling machines. Viscous fluid can be easily packed in pouches. This machine is operated by an unskilled worker with minimal effort. Hopper, piston cylinder, non-return valve, motor, Arduino, mobile app, Bluetooth controller etc. are only a few of the machine’s basic parts. Stepper motors can be driven both clockwise and anticlockwise, and a control switch can change the motor speed. All of the construction equipment is fixed to a bed that produces hard cast-iron materials. Due to its temperature limit, some products and their by-products are viscous in nature. Owing to their high viscosity, manually filling cups and pouches is crucial. The accuracy that is manually maintained is extremely important in the limit. We can utilize an automated viscous fluid filling machine to lessen this issue. The cost of this machine is affordable for small-scale industrial user.

Advancements in Chemical Reactions and Combustion Kinetics: Modeling and Applications

Gopinath Prabhakar — 2024-01-03

This review article delves into the multifaceted realm of combustion kinetics and chemical reaction modeling, exploring their fundamental principles, advancements, applications, and ethical considerations. From the intricate understanding of reaction mechanisms to the predictive power of computational simulations, this comprehensive exploration navigates the intricacies of these fields.
Advancements in computational techniques, including quantum mechanics, molecular dynamics, and computational fluid dynamics, have revolutionized our ability to model and simulate complex chemical reactions and combustion processes. These innovations empower scientists and engineers to unravel the complexities of flame dynamics, pollutant formation, and energy release in combustion systems across various scales and applications.
Applications span diverse industries, from energy production and transportation to material synthesis and environmental conservation. Optimization of combustion processes in engines, development of cleaner energy sources, and mitigation of environmental impact stand as testament to the far-reaching implications of this research.
Ethical and environmental considerations are pivotal in shaping the trajectory of these advancements. The article emphasizes the need for responsible innovation, equitable access to technologies, and ethical use of data, striving for a future where technological strides harmonize with environmental stewardship.
Navigating challenges, from computational complexities to ethical implications, this article not only illuminates the state-of-the-art but also advocates for a sustainable and equitable future driven by advancements in combustion kinetics and chemical reaction modeling.

Emerging Trends in Thermodynamics: Applications and Future Directions

Avantika Negi — 2024-01-03

Thermodynamics, a fundamental pillar of scientific inquiry, manifests as a catalyst shaping transformative innovations across an array of disciplines. This comprehensive review traverses the dynamic landscape of emerging trends in thermodynamics, unraveling their diverse applications and forecasting future trajectories within this evolving field.
Spanning from renewable energy systems to materials science, biomedical engineering, and ethical considerations, this review navigates the intersections where thermodynamics propels innovation. It delves into renewable energy technologies, elucidating how thermodynamic principles drive sustainable energy solutions from solar, wind, geothermal, and bioenergy sources, juxtaposed with the ecological and equitable access challenges they pose.
Materials science, guided by thermodynamics, showcases precision in material design, characterization, and the pursuit of sustainable materials. The convergence of thermodynamics and biomedical engineering yields transformative medical devices, tissue engineering innovations, and thermal therapies, while ethical dilemmas of equitable access, privacy, biases in AI, and societal impact accompany these advancements.
Within this tapestry of innovation, ethical considerations loom large, demanding conscientious evaluations. Addressing global disparities, mitigating environmental footprints, ensuring ethical AI, safeguarding data privacy, and fostering societal resilience amidst technological disruptions emerge as imperatives.

Advancements in Electro-Mechanics: Innovations and Future Prospects

Dhurvi Patel — 2024-01-03

The synergy between electrical and mechanical systems has birthed the dynamic field of electro-mechanics, propelling technological innovation across industries. This comprehensive review navigates the evolution, current advancements, and future prospects within electro-mechanics.
The historical narrative traces seminal moments from Faraday’s electromagnetic discoveries to the integration of AI in control systems, shaping the foundation for the integration of electrical and mechanical principles. Delving into robotics, automation, renewable energy, and IoT, this review showcases how electro-mechanics has revolutionized industries, driving efficiency and precision.
However, alongside these advancements come multifaceted challenges. Ethical considerations regarding job displacement, privacy, biases in AI, and environmental impact demand conscientious evaluation. As electro-mechanics embraces AI, IoT, and miniaturization, ensuring ethical development and responsible deployment become imperative.
The future of electro-mechanics lies in ethical governance, interdisciplinary collaboration, and sustainability. Navigating this path involves balancing technological progress with ethical considerations, fostering inclusivity, and prioritizing human well-being in the pursuit of innovation.
This article encapsulates a journey through the realms of electro-mechanics, highlighting not only the transformative power of technology but also advocating for a future where innovation harmonizes with ethical principles, fostering a world of responsible and impactful technological advancements.