Learn to build resilient microservices with Spring Cloud fundamentals. This course will teach you to implement service discovery, centralized configuration management, and fault tolerance in a microservices architecture.

Anthropic's Claude 3.5 API brings powerful new capabilities to developers. This course teaches you how to interact with Claude using messages, manage model settings, and implement image prompts and streaming features.

Learn the concepts and skills to work with HashiCorp Vault’s barrier and seal protection in preparation for the associate level certification.

Create stunning and effective WordPress websites with easy-to-use AI tools—no code required!

Learn how to securely build and deploy .NET applications. This course covers integrating security into your deployment pipeline to protect your code, servers, and environment against today’s threats in modern software development.

Visibility is crucial in detecting and responding to cyber threats. This course will teach you how to utilize Zeek to detect threats within the enterprise.

Create Android apps that everyone can use, regardless of ability. This course will teach you how to implement comprehensive accessibility features in Kotlin that meet ADA requirements and provide an inclusive user experience for all users.

Rancher takes the pain out of managing Kubernetes clusters. It comes with a beautiful web UI and robust tools like Fleet to provide simple, continuous delivery.

Scaling a RAG system requires efficient distributed computing and load balancing. This course will teach you how to scale your RAG solution for production readiness using PyTorch, AWS ECS, and caching for optimized performance.

Monitoring, automation, and cost management are important topics to master when working in the cloud. This course will teach you how to make beneficial choices around monitoring, automation, and cost management when working in the AWS cloud.

Explaining black-box AI models is an increasingly critical skill in today's AI landscape. This course will teach you practical explainability techniques like LIME and SHAP to understand, debug, and communicate how your complex models make decisions.

Data quality issues can damage trust and slow down teams. This course will teach you to confidently test, validate, and document your data models with dbt.

Pumps are one of the mechanical devices that are widely used in many industries throughout the world. Turbopumps which are common types of pumps are used mainly for transporting water in agricultural units, industrial processes, cooling and heating systems, and power plants. But their application is not limited only for h- dling water. Turbopumps can be used for transporting oil products in oil and gas industries and re neries, as well as byproductsin pulp and paper industry, food and beverage in food industry, and contaminated water in sewage systems. Because of the versatility of pump usage, the numberof turbopumpsin operation worldwide is very large and as a result the total energy consumption of these units can be considerable. To reduce the energy consumption by turbopumps, it is imp- tant to increase the ef ciency of the pumps, as well as the system they are working in. The pump manufacturing companies and design engineers are constantly trying to improve the performances of pumps by designing more ef cient pumps and by using the latest technologies available in terms of design software, new developed materials, and state of the art manufacturing tools. Today, computational uid - namics and sophisticated design software tools help designers to optimize the uid ow inside the pumps and to design different pump elements with better hydraulic ef ciencies. However, the operation of turbopumps can be optimized a well by effectively using proper pumps and designing ef cient piping systems.

Il testo propone un primo approccio alla Fluidodinamica, ad un livello formale adeguato. Privilegia le trattazioni matematica e numerica dei problemi, stimolando nel Lettore l’acquisizione di un’autonomia culturale sufficiente per eventuali approfondimenti.

This book focuses on the field of aerospace propulsion theory and engineering. The book takes the solar thermal thruster as the research object, has carried on the solar thermal thruster working process theoretical analysis, the numerical simulation and the experimental verification, and has revealed the solar thermal thruster internal working mechanism, and a design optimization method for high performance solar thermal thruster is presented. The research contents reflect the latest research results of performance analysis of solar thermal thrusters. This book is used as a textbook or reference book for teachers, students and scientists in the fields of aerospace, aeronautics, engineering thermal physics and power.