ADVANCES IN MECHANICAL ENGINEERING AND ROBOTIC SYSTEMS

This book brings together a set of interdisciplinary studies that examine contemporary challenges in engineering, operations, and intelligent systems. The chapters reflect a shared focus on analytical rigor, practical problem- solving, and the application of modeling and decision-support techniques to complex technical and organizational contexts. The opening chapter, Modeling Short-Range Artillery Trajectories with Progressive Drag and Wind Effects, presents a detailed analytical approach to understanding motion dynamics under real-world conditions. By incorporating environmental and physical variables, it demonstrates how advanced modeling enhances accuracy, prediction, and operational effectiveness in engineering and defense-related applications. Shifting from physical systems to organizational decision-making, the chapters Evaluating the Efficacy of Equipment Rehabilitation versus Procurement of New Assets in Organizational Operations and My Vehicle Was Fine Yesterday: An Investigation into Sudden Mechanical Failures and Poor Fleet Monitoring address asset management and operational reliability. Together, they emphasize the importance of maintenance strategies, data- driven monitoring, and informed investment decisions in sustaining performance and minimizing unexpected failures. The final chapter, Approaches to the Design and Programming of Robotic Systems in Production Process, explores the integration of automation and intelligent control within modern manufacturing environments. It highlights key design principles and programming strategies that support efficiency, precision, and adaptability. Collectively, these chapters offer readers valuable insights into the intersection of engineering analysis, operational management, and advanced production technologies.