A finite source retrial queueing inventory system with stock dependent arrival and heterogeneous servers.

This article discusses a finite-source stock-dependent stochastic inventory system with multiple servers and a retrial facility. The system can store a maximum of S items, and the lifetime of each item is exponentially distributed. The primary customer arrives at the waiting hall from the finite source and receives service from multi-servers.

Aggressive Giant Cell Tumor of Proximal Tibia Treated with Resection and Arthrodesis using Limb Reconstruction System - A Case Report.

Introduction: Giant cell tumors (GCTs) are one of the most aggressive benign tumors of the bone. For tumors around the knee joint, excision with preservation of joint movement is preferred. Resection arthrodesis or an amputation might be necessary sometimes.

Radiative flow of cross ternary hybrid nanofluid ( ) in a Darcy Forchheimer porous medium over a stretching cylinder with entropy minimization.

Stretching cylinders play a crucial role in the plastic and metal extrusion processes. This current investigation is to examine the Darcy Forchheimer flow of Carboxymethyl cellulose /water-based tri-hybrid nanofluid through a stretching cylinder. A composite of ternary hybrid nanofluid containing , and with CMC-water-based fluid has been added to the Crossflow model.

Optimization of two-wheeler Bike engine among three different designs using design of experiments.

This research presents the results of a fin heat transfer study of three different models of the motorcycle engine. The objective of this study is to minimize the external body temperature because the optimum design will be found when the heat transfer rate is maximized. The study obtains the procurement of a balance between the outer boundary temperature due to convective heat transfer and air-cooled fin design.

Entropy optimization of lid-driven micropolar hybrid nanofluid flow in a partially porous hexagonal-shaped cavity with relevance to energy efficient storage processes.

Hydromagnetically associated heat convection can greatly enhance the performance of high-efficiency thermal appliances and renewable energy sources through an optimized design. This investigation examines the production of thermodynamic irreversibility and heat convection for a double lid-driven flow within a partially porous stratified hexagonal enclosure. The top and bottom-wall are moving in the opposite direction with an equal velocity U.