INSTART - Instrumentation Course - Ch. 8 - Ctrl. Valve - P 2

Welcome to the comprehensive course on mastering Computational Fluid Dynamics (CFD) analysis and optimization using SolidWorks V.1 ! Whether you're an intermediate or advanced learner, this course is designed to enhance your understanding of CFD techniques and empower you to apply them effectively to real-world engineering problems. With fifteen meticulously crafted videos, we'll delve into industry-specific challenges and provide you with a deep knowledge of CFD analysis, parametric study, and optimization.Unlock the Power of Computational Fluid DynamicsComputational Fluid Dynamics has revolutionized the way engineers analyze and optimize fluid flow phenomena. Through the seamless integration of CFD software like SolidWorks, engineers can simulate and visualize complex fluid behavior, enabling them to make informed design decisions that enhance performance and efficiency.Dive into Industry-Specific ProblemsIn this course, we address various industry-specific problems, presenting them in a simplified manner with practical examples. By examining real-world scenarios, you'll gain valuable insights into the application of CFD techniques across different domains. Let's take a closer look at the videos that constitute this coursework:1. Introduction to Computational Fluid Dynamics Parametric Study and Optimization using SolidWorks Flow SimulationBegin your journey into the world of CFD with a comprehensive introduction to parametric studies and optimization techniques. Explore the fundamentals of SolidWorks Flow Simulation and learn how to harness its power to analyze and optimize fluid flow.2. Computational Fluid Dynamics Parametric Study Optimization of Exhaust Gas with Heat Pipe using SolidWorks 2021Understand the intricacies of exhaust gas dynamics and its optimization through a parametric study. Discover how SolidWorks 2021 can assist you

What You'll LearnLearn how to create a stunning, responsive business website using WordPress. This training course covers everything you need to know and starts from scratch. No previous experience is necessary but these tutorials will also benefit those using WordPress for a while but who have had no previous WordPress training, as I show you all the tips and tricks to getting the most out of WordPress.NOTE: This course will always be updated to cover the latest version of WordPress. Covers WordPress 5.0 and earlier.The primary goal of this course is to teach anyone, even a complete beginner, how to become a WordPress guru in a few short hours, without lots of technical jargon. I'll guarantee that after taking this course you'll have the knowledge you need to build a responsive, beautiful website with the latest version of WordPress. Not only will you know more than 99% of WordPress users out there, but you'll actually enjoy using WordPress too.This course is taught by WordPress author and teacher, Dr. Andy Williams, who has over a decade of experience using and teaching WordPress to people of all skill levels.About the CourseThis course will guide you through every single step from installation to finished website. I'll show you how you can install WordPress on your own computer for free, so you don't have to pay for a domain name or hosting fees while you complete this course. Once you've got WordPress installed on your computer, you will learn how to build and run a successful, beautiful, responsive-design website you can be proud of.After taking you through all of the main options in WordPress, explaining what each one does and how you set it up, I'll let you watch over my shoulder as I build a WordPress website. It will be an affiliate site that I hope will make me passive income for many years to come. Go and check out the free preview tutorials in Section 13.Who is this Word

Convolutional neural networks with mathematical derivations and practical applications is the second course in my Neural Networks and deep learning series, after the first course in the series named "College-Level Neural Networks With Mathematical Derivations".As the title implies, This course is focused on Convolutional neural networks, a special kind of neural networks mainly used for visual recognition in images and videos, yet not limited to that.In this course, I mainly focus on concepts, intuitions, mathematical derivations, and practical applications. The course is mainly divided into 4 chapters : Chapter 1 focuses on the conceptual basics and intuitions of CNNs. What are CNNs ? How do they operate? Why are they suitable for visual recognition ? and so on?Chapter 2 takes a step deeper into the CNN mathematical derivations. What are forward and backward propagation equations through CNNs? How are they derived ? How do they change with changes in hyperparameters like kernel sizes, strides, and pooling? Chapter 3 takes a step higher and focuses on different types of convolutions and pooling suitable for various tasks. Ideas like 3D convolutions, dilated convolutions, global pooling, pointwise convolutions, spatial and depth-wise separable convolutions, deconvolutions, grouped convolutions, shuffled convolutions and more are covered in detail, along with justifications and insights on when to and not to use them in practice.Moving on to Chapter 4, I decide to take an even larger step higher and focus on practical applications that depend heavily on CNNs. My way of handling this is different. Instead of just summarizing a few key ideas and algorithms used for a couple of different applications on a very high level, I opt for diving very deeply and extensively in a couple of chosen high-quality r

Thank you for noting that this is not an interactive course but a test bank for practice and evaluation.Imagine yourself immersed in the exciting world of Scrum Fundamentals Associate Certification (CASF). This captivating course is designed to immerse you in the principles and practices of Scrum in a totally engaging way.Right from the start, you'll be introduced to the essence of the Scrum framework. You'll discover the fundamental principles of Agile and how they are applied in Scrum. As you progress, you'll learn about the different roles and responsibilities within Scrum, including the Scrum Master, the Product Owner and the development team.The course then guides you through the key Scrum events and ceremonies. You'll explore the product backlog management process, as well as sprint planning and execution. You'll dive into the world of daily Scrum meetings, discovering how they foster transparency and collaboration.You'll also have the opportunity to explore Scrum artifacts, such as the product backlog, the sprint backlog and the increment. You'll discover how these artifacts are used to track progress and measure success in Scrum.But the course doesn't stop there. You'll also have the opportunity to apply your Scrum knowledge to real-life projects. Challenging case studies will enable you to put your newly acquired skills into practice, allowing you to consolidate your understanding of Scrum.In short, the Scrum Fundamentals Associate Certification (SFAC) is much more than just a course. It's an immersive experience that prepares you to use Scrum confidently and effectively in your professional life. Ready to dive into the exciting world of Scrum? Then join us now!100% Money-Back Guarantee:We offer a 100% Money-Back Guarantee for our course. If you are not satisfied with your subscription for any reason, you can request a

Conquer Scientific Data with Python and R!Unleash the power of programming for your research!This comprehensive, hands-on course equips you with the essential programming skills needed to tackle scientific data analysis and research projects. Whether you're a researcher, student, or simply curious about scientific computing, this course offers a perfect blend of Python and R to empower your scientific journey.Master the Fundamentals:Gain a solid understanding of both Python and R programming languages.Master core programming concepts like variables, data types, control flow, and functions in both Python and R.Explore the strengths and weaknesses of each language to choose the right tool for your research needs.Wrangle and Analyze with Confidence:Grasp essential file handling techniques in Python to manage your scientific data effectively.Master data manipulation methods in R to organize and prepare your data for analysis.Leverage powerful libraries like NumPy and SciPy in Python, and core R functionalities to perform statistical calculations crucial for your research.Visualize Your Findings Clearly:Craft informative and visually appealing graphs using Matplotlib in Python and ggplot2 in R.Communicate your research results through compelling data visualizations, including advanced and animated graphs in R.Dive into Artificial Intelligence:Get an introduction to AI and apply deep learning techniques to scientific data using Python and R.Explore practical applications like processing geospatial data and analyzing scientific datasets with AI.Real-World Applications:Apply your programming skills to practical case studies in scientific research

Interfacing PIC Microcontrollers with Nextion Touch Screens Using MikroCThis course is designed to teach you how to interface Nextion touch screens with PIC microcontrollers, using the powerful and widely used PIC16F877A and the MikroC for PIC compiler. Whether you're a student, a hobbyist, or a professional engineer, this course will guide you through both the foundational setup and practical implementation of touchscreen-based embedded systems.You’ll learn how to send data from a microcontroller to a Nextion screen, control outputs like LEDs via the touch interface, and even integrate real-world sensors like the LM35 temperature sensor to build interactive systems.What This Course CoversThis course begins with a solid foundation in PIC microcontroller basics, including setup, programming tools, and compiler installation. Once the environment is configured, we’ll dive into Nextion touch screen integration, starting from the very first data transfer all the way to building advanced projects.Key Skills You Will GainUnderstanding the architecture and features of the PIC16F877A microcontrollerInstalling and using MikroC for PIC compilerInstalling and configuring the PICKIT programmer toolInstalling and using the Nextion Editor to create user interfacesSending text and data from the PIC microcontroller to the Nextion displayAddressing and managing Nextion variables from PIC codeReading user inputs from the touchscreen and controlling microcontroller outputsBuilding advanced projects like multi-counter displays and room temperature monitoring systemsReal-World ApplicationsThis course will enable you