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Zhao M: Design of High-performance
Pre-engineered Steel Concrete Composite

Design of High-performance Pre-engineered Steel Concrete Composite Beams for Sustainable Construction

The goal of security within the supply chain and transportation infrastructure is to effectively mitigate risks while facilitating commerce. Security and business protection measures are at the core of how to maintain consistent and strategic business operations. These expenses are assets that promote reliability to customers, but also serve as

The goal of security within the supply chain and transportation infrastructure is to effectively mitigate risks while facilitating commerce. Security and business protection measures are at the core of how to maintain consistent and strategic business operations. These expenses are assets that promote reliability to customers, but also serve as

Mitigating Threats and Facilitating the Flow of Commerce

Security, Transportation, and the Supply Chain

This textbook will help students and professionals gain a working knowledge of the design processes that must be followed for the design of structural steel systems, understand the behavior of structural steel structures and components and the basic design concepts used in their design.

Steel Design and Construction

The Science of Talent Dynamics: Smart Workforce Design for Biomanufacturing and Industry 4.0 addresses a critical business challenge: why well-qualified workforces underperform despite sophisticated analytics. Based on five years of research across 447 biopharmaceutical companies, the book introduces the Talent Efficiency (TE) framework, which treats talent as value-generating assets rather than costs to be managed. This approach is especially relevant today, when intangible assets represent over 90% of S&amp;P 500 market value.The book presents the Talent Efficiency framework in four parts: establishing the strategic need, explaining the Biopharma Talent Index and its six core components, demonstrating real-world applications, and providing implementation tools. The framework's effectiveness is proven by top-quartile TE performers achieving 14.8 percentage point higher EBITDA margins, 23% faster clinical development, and 31% fewer manufacturing deviations. Its modular design makes it applicable across various industries.Written for organizational leaders who demand measurable results from their talent investments, this book equips C-suite executives, board directors, and institutional investors with a framework to quantify workforce performance impact. It also serves talent leaders, strategic planners, and data architects, aligning workforce capabilities with business goals. While developed in biopharma, the principles apply to any knowledge-intensive field, from manufacturing to financial services, making it valuable for leaders managing innovation, regulatory challenges, workforce design, and enterprise value creation.

Smart Workforce Design for Biomanufacturing and Industry 4.0

The Science of Talent Dynamics

The 4th Edition of Uptime modernizes the world's most trusted maintenance excellence framework for the realities of the digital age. While preserving the proven three-layer Uptime Pyramid of Excellence-Leadership (foundation), Essentials (systems), and Choosing Excellence (disciplined practices)-this edition brings the framework forward with new tools, new technologies, and new expectations facing today's maintenance organizations.Where earlier editions established a robust and practical approach to maintenance management, the 4th Edition integrates the advancements now reshaping the field, including:¿ Evidence-Based Asset Management (EBAM)¿ AI-assisted predictive maintenance¿ Sensor-enabled condition monitoring¿ Mobile and digital workflows¿ Data quality standards for CMMS/EAM systems¿ DOE-backed Precision Maintenance¿ Updated RCM logic for modern operationsThis edition retains the clarity and structure that made Uptime a bestseller, while adding practical, technician-focused methods aligned with contemporary work environments. This book equips frontline maintenance teams, supervisors, planners, and reliability practitioners with a practical, adoption-ready framework for achieving reliability excellence. It aligns the original Uptime Pyramid with modern digital practices and provides actionable guidance on:¿ Leadership behaviors that build a culture of reliability¿ Systems and processes required for consistent maintenance performance¿ Disciplined practices such as RCM, proactive maintenance, precision maintenance, and RCFA¿ Converting evidence into action through a structured Work Identification process.

Strategies for Excellence in Maintenance Management

Uptime

Artificial Intelligence for Science and Engineering Applications

The accelerating global demand for sustainable solutions has catalyzed the integration of emerging technologies with sustainability-driven innovations. This book explores the intersection of technology, engineering, and environmental responsibility through six critical themes: Artificial Intelligence and Machine Learning for Sustainability, Cloud Computing Technologies, Sustainable Energy Technologies, Sustainable Materials and the Built Environment, Sustainable Actions, and Innovative Engineering and Technology.Artificial intelligence and machine learning play a pivotal role in optimizing resource management and enabling low-carbon decision-making, while cloud computing technologies provide scalable platforms for collaboration and innovation. Sustainable energy technologies such as solar, wind, and bioenergy are examined as vital pathways toward clean power generation. The discussion extends to sustainable materials and the built environment, emphasizing eco-friendly design and circular economy principles. The book also highlights sustainable actions driven by policy, behavioral change, and community engagement. Together, these domains represent a multidisciplinary pathway toward achieving global sustainability goals, fostering a balance between technological advancement and ecological preservation.This book is a key resource for leaders, academia, policymakers, professionals, and researchers to advance sustainable development through science, technology, and engineering. It provides valuable insights for integrating AI, renewable energy, and sustainable engineering into practical applications for a greener future.

Emerging Frontiers in Sustainable Energy, Smart Systems, and Green Technology

Energy and Energy Transformation thoroughly examines energy systems, encompassing the analysis, calculation, and practical applications of energy transformation, with an extensive overview of both renewable and nonrenewable energy sources. It introduces energy transfer and conversion processes and the comparison and selection of energy systems.Exploring different equipment for energy transformation, such as boilers, turbomachinery, heat exchangers, the book also delves into thermodynamic cycles and gas, vapor, cogeneration, and combined cycle and refrigeration cycle power plants. It investigates efficiency measurements in energy transformation and the benefits of energy storage technologies. The book also discusses the impacts of energy production on the environment and human beings and explores potential solutions.The book is intended for professional engineers and researchers involved in the design and R&amp;D of energy systems and energy management. It will also benefit engineering and environmental science students studying energy systems and design, energy management, and HVAC.

Energy and Energy Transformation

ICT, the Business Sector and Smart Cities

This book transforms the way ESG management is approached by prioritising interconnectedness over isolated efforts. It explores the evolution from mere compliance to delivering measurable outcomes that stakeholders increasingly demand, emphasising the amplified impact of managing material ESG topics collectively. Through real-world case studies and in-depth analyses, it offers practical strategies to unlock ESG opportunities while mitigating associated risks. Each chapter delivers actionable insights, illustrating how progress in one area can accelerate advancements across others. The book includes discussion prompts alongside case studies, making it ideal for classroom and training applications.¿ Integrates material ESG issues with sustainability themes and global development goals. ¿ Introduces an innovative KPI framework, including a layered KPI approach. ¿ Focuses on developing economies, an often-overlooked dimension in ESG literature. ¿ Provides solutions to overcome organisational silos for effective ESG nexus implementation. ¿ Features practical frameworks, actionable guidance, and case studies from both developed and emerging markets.It is intended for sustainability professionals, environmental managers, and climate risk specialists.

From Silos to Synergy

The ESG Nexus

In Mechanism Design and International Risk Regulation Institutions, Mike Nwogugu explains that 'Risk Management Institutions' in this context refers not just to organizations, but also to methods, assets/liabilities, mathematical computations, government interventions and regulations that pertain to global risk management. The author suggests that in order to foster economic growth, international risk regulation should transcend the current emphasis on organizations and assets/liabilities because despite international coordination and new laws enacted in various countries during 2007-2012, risk regulation remains highly ineffective in many countries.

Financial crises, including those related to sub-prime loans/mortgages, have exposed weaknesses in financial markets and risk management institutions worldwide. In 'Mechanism Design and International Risk Regulation Institutions', Mike Nwogugu explains that ’Risk Management Institutions’ in this context refers not just to organizations, but also to methods, assets/liabilities, mathematical computations, government interventions and regulations that pertain to global risk management. The author suggests that in order to foster economic growth, international risk regulation should transcend the current emphasis on organizations and assets/liabilities because despite international coordination and new laws enacted in various countries during 2007-2012, risk regulation remains highly ineffective in many countries. The author also critiques mechanism design theory (a branch of mathematics) and explains how implementation and divisibility are major elements of, and limitations to mechanisms. The author introduces new mechanisms that pertain to banking, external auditing (auditor selection), securitization, franchising, the corporate entity and credit ratings (all of which in their current form are distinct failed mechanisms). In this book, the author introduces new risk management models; and new methods for the risk-based interpretation of national Constitutions; and explains the symbolic and functional importance of Constitutional Political Economy in legislation and risk management. The Author illustrates the effects of risk regulation on economic growth. The book elucidates mechanism design theories as they relate to risk, and analyses antitrust prediction and franchising models within the context of systemic risk. The Author develops new theories of the firm and mathematical models pertaining to bankruptcy, strategic alliances and M&amp;A transactions. This book will serve the needs of Investment and corporate governance professionals; banking/securitie

Theories and Models for Financial Markets

Mechanism Design and International Risk Regulation Institutions

This book provides a foundational understanding of Supply Chain Management (SCM), covering the strategic end-to-end process of procurement, production and distribution of goods. Organized around proven frameworks and operational models, this book emphasizes how effective SCM contributes to business efficiency, competitiveness, profitability, and customer satisfaction.Unlike typical introductory textbooks that may overemphasise theoretical frameworks, this book presents essential concepts and models, such as the SCOR Model and key risk management strategies, in a digestible manner. It supplements these with clear opportunities to apply knowledge to modern challenges, demonstrating how strategic thinking can be constructively implemented to achieve global success. The textbook is structured to guide readers from foundational knowledge to advanced application, covering topics from the Definition and Importance of Supply Chain Management to Key Frameworks, Models, and Theories in SCM, and the critical role of Digital Innovations, Operations, and Sustainability. Students will gain the ability to explain core SCM concepts and develop analytical skills through diverse, contemporary cases. Template KPIs, warehouse and supply chain performance formulas, and a list of common acronyms are also included as an appendix.This textbook is ideal for undergraduate courses in supply chain management. Its focus on applications will also make it attractive to students taking vocational training at technical institutes.

Integrating Digital Innovations, Operations, and Sustainability for Global Success

Supply Chain Management in Practice

Design of High-performance Pre-engineered Steel Concrete Composite Beams for Sustainable Construction

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