ANSYS Workbench Tutorials Part-VI

Wind energy is one of the most prominent sources of renewable energy. According to 2019 international renewable energy agency report, wind power created 3.18 million jobs from 2012 to 2018 and it is the fast-growing industry.Wind Energy is the most mature and developed renewable energy. It generates electricity through wind, by using the kinetic of wind. It is a source of clean and renewable energy, which reduces the emission of greenhouse effect gases and preserves the environment. This course gives an overview of key aspects of wind energy engineering. Whether you are looking for general insight into this green technology or your ambition is to pursue a career in wind energy engineering, 'Wind Energy' is an excellent starting point.You will gain a rational understanding of wind energy engineering, you will learn to perform wind energy calculations based on simple models. Working with the different course disciplines will give you a taste of what wind energy engineering is all about? This allows you to identify the most interesting or relevant aspects of wind energy engineering to be pursued in your future studies or in your professional career.Followings are the course contents.Module 1. Introduction to Renewable Energy.Module 2. Advantages and disadvantages of Wind Energy.Module 3. History, Wind Energy extraction techniquesModule 4. Wind Power Physics.Module 5. Wind Energy Yield assessment.Module 6. Wind Turbine components.Module 7. Wind Yaw system.Module 8. Pitch System of Wind Turbines.Module 9. The Layout of a Windfarm. Module 10. Careers in Wind Industry.

Right now, there are more than 7500+ job advertisements, globally, for keywords “Finite Element Analysis (FEA)” and “Computer Aided Engineering (CAE)”. The salaries for these jobs are spiking up and the demand too is increasing at an insane rate.The reason is simple. Almost all companies have realized the importance of simulation-assisted design processes. They are figuring out ways to incorporate simulation in their product development lifecycle and need skilled people who can help them do that.But here’s the catch.Companies want people who understand the bigger picture of things and adapt to the ever-changing landscape of product design. Not someone who knows the theory but finds it difficult to apply it in real life.This course is exactly intended to bridge that gap between FEM theory and application.Let me reveal a secret. If you are not going to be a FEM tool developer, you don’t need all the math that is being taught at the university or being described in detail in standard FEM textbooks. Rather, you need a clear and conceptual understanding of the concepts of FEA and then the aptitude to select and use the right tools from the commercially available FEA packages.In this course, I will take you through different steps in Finite Element Analysis from a practical perspective. It is going to be fully application-oriented and I will present some case studies from the industry that will give you an idea of how industry professionals break down complicated problems into small chunks and then solve them gradually. I will also talk about the physical meaning of a lot of commonly misunderstood terms and terminologies in FEA. It’s always teamwork going ahead and these terminologies would help you to communicate effectively with other FE Analysts and design engineers in your team.Then, I will introduce a framework for Python scripting that could be used for simulating problems with ABAQUS. I will use this framework to help you write Python scripts for 5 different pr

Maximize the energy harvesting from the SunThis course starts by explaining how to use solar panels to power a level 2 EV charger, and how to maximize the PV energy harvesting from the Sun without electronic components overheating. The course explains what is a Solar Charge Maximizing Controller its System, the principle of Solar Charge Maximizing Controller, the difference between the MPPT solar charge controller and Solar Charge Maximizing Controller (SCMC), and how the Solar Charge Maximizing Controller is working with MPPT solar charge controller to increase the current capacity of a MPPT solar charge controller system by 2~5 times.The Benefit and Application of Solar Charge Maximizing Controller SystemThis course explains the unique benefit of Solar Charge Maximizing Controller System, and why it is most suitable for any off-grid or hybrid Solar PV systems (behind-the-meter _BTM PV power systems) with battery banks.The course explains that the most important benefit of the SCMC system is that the SCMC system can power any DC load directly without consuming Lithium Iron Phosphate Battery's charging cycles, as the LFP battery in the SCMC system is mainly to maintain the system voltage. And the LFP batteries are not necessarily to be charged or discharged, so its service life will be extended.The SCMC system may also form a grid-tie hybrid system. The main advantage is that such a hybrid grid-tie system can have all its solar panels functioning to power the local load during a grid power outage.Common negative and common positive Solar Charge Maximizing Controller (SCMC) systemThis course explains what is a common negative common positive MPPT solar charge controller, and why they must match the same common negative or common positive SCMC design to charge the same battery or battery banks. The course also introduces the method to determine if a MPPT solar charge controller is of co

Welcome to "Maths for Future Coders: Build a Programmer’s Brain with Fun Quizzes"This course is specially designed for kids who are curious about coding and want to strengthen the logical reasoning skills needed to become great programmers.Through interactive, fun and visual quizzes, students will build a solid foundation in math concepts that are directly connected to programming, such as patterns, sequences, logic, conditionals, logical reasoning and number sense.We won’t be solving long equations — instead, we’ll focus on how to think like a coder, using simple math challenges and brain-boosting activities to sharpen logical thinking and problem-solving abilities.By the end of this course, your child will:Understand how mathematics and coding are connectedStrengthen pattern recognition, logic and analytical skillsPractice real-life thinking used in programmingGain confidence through colorful, guided quizzesBe ready to take on beginner-friendly coding platforms like ScratchWho is this course for?Kids aged 7–14Beginners with little or no coding or math experienceStudents preparing to learn platforms like Scratch, App Inventor or RoboticsParents and teachers who want to introduce coding-related math in a fun and easy wayNo prior experience needed. All questions use simple English and are explained clearly to support non-native English speakers.This is part of the "Next Generation Technologies – AI Robotics for Kids" series, which includes:Canva for KidsScratch ProgrammingOpenToonz AnimationAnd more exciting courses coming soon, including Build a Robot with ScratchLet’s st

This Python practice course is designed to help freshers, beginners, and those preparing for interviews or technical assessments. It includes a total of 1500 questions, distributed between conceptual understanding (55%) and coding-based practice (45%). Here’s how the questions are spread across the topics:Python Basics (Syntax, Variables, Data Types) – Conceptual: 80%, Coding: 20%Operators (Arithmetic, Comparison, Logical, Bitwise) – Conceptual: 70%, Coding: 30%Control Flow (if, else, for, while, break, continue) – Conceptual: 60%, Coding: 40%Functions (def, return, arguments, lambda) – Conceptual: 60%, Coding: 40%Data Structures (Lists, Tuples, Sets, Dictionaries) – Conceptual: 50%, Coding: 50%Strings and String Manipulations – Conceptual: 50%, Coding: 50%File Handling – Conceptual: 60%, Coding: 40%Modules and Packages (import, sys, os, etc.) – Conceptual: 70%, Coding: 30%Error & Exception Handling – Conceptual: 50%, Coding: 50%Object-Oriented Programming (Classes, Objects, Inheritance, etc.) – Conceptual: 50%, Coding: 50%List Comprehensions & Generator Expressions – Conceptual: 30%, Coding: 70%Decorators & Closures – Conceptual: 30%, Coding: 70%Iterators & Generators – Conceptual: 30%, Coding: 70%Regular Expressions (re module) – Conceptual: 40%, Coding: 60%Date & Time (datetime, time modules) – Conceptual: 60%, Coding: 40%JSON Handling – Conceptual: 60%, Coding: 40%Virtual Environments & pip</

Are you curious about how we landed at the current crossroads in our culture? This course offers basic terminology and some of the history of our culture wars, what's at stake, and tools with which to develop your own approach to these topics. Welcome to Peace in Action! We are Dr. Gerri Budd and Professor Donnalynn Scillieri, and are very happy to meet you and to share our university experience with you. Peace in Action is an educational firm providing workshops, classes and programs to help our clients create workplaces that are more open, civil, welcoming, and inclusive. The material was created by two university professors to create safe ways to talk about psychological safety, mental health, wellness, and belonging. We are proud to be a zero waste-to-landfill company.Our approach to training emphasizes understanding, kindness, and zero judgment. We invite our workshop participants to connect their own lives and experiences to our current national debates, and our unique program welcomes all - all - perspectives and encourages people to navigate towards embracing the values of psychological safety. We also work to help participants understand how the values of equality, tolerance, and inclusion help everyone to experience better living and working environments.Dr. Budd and Professor Scillieri have appeared on News12 New Jersey (USA), published in the Bergen Record (North Jersey Newspapers – USA) and were awarded the Ramapo College of New Jersey (USA) Presidential Coin. They have been moderators and guest panelists at universities, non-profits and international corporations.Certified in Mental Health First AidCertified in Gender Based Violence Prevention​Peace in Action is a certified Small Business and Women Owned Business. Our clients and affiliations include:The National Council for Mental WellbeingThe Mental Health Association in New Jers