Finite Element Analysis. SolidWorks Simulation. P4: WELDING

Verbal reasoning assesses your ability to comprehend and reason using concepts expressed through words and letters. Such tests are often used as part of entry exams for grammar school education, but also for other academic purposes such as job interviews. This short course is designed to support self-study for the Verbal Reasoning element of the 11+ exam. It is suitable for use by parents who wish to support their child in their studies, or for children themselves to follow. The course contains a number of lessons with demonstrations of the 'how to' element of six different types of verbal reasoning questions. Strategies for verbal reasoning can be studied at any time in any location although for those looking to gain success in the 11+ should be started in year 5 of Primary education (or year 4 for confident mathematicians). The course is also suitable for any child or indeed adult who would like to stretch and challenge themselves and test their mental agility. Why you need to take this course; You will have access to six worksheets (with answer pages) covering six different kinds of verbal reasoning questions.You will have lifetime access to lectures which clearly explain each reasoning type in a way accessible to children as well as adults. These lectures can be rewound, paused and reviewed so that study can be tailored to your child's pace.You also have access to the short interactive test where you can check your understanding of the topics covered. Don't wait to enrol. Start studying now and give your child the first step towards verbal reasoning success!

INSTART is a 90-hour online comprehensive applied instrumentation training course which helps instrumentation and control students, technicians, and engineers upgrade their skills and learn everything required to get the best job opportunity in this field. The course, you are about to enroll in, was undertaken to give you a clear view of scientific and engineering topics in the field of Instrumentation through detailed examples using hands on demo and provide numerous problems with their solutions. It is worth mentioning that the course consists both theory and workshop sessions so you understand where the knowledge you’ve gained comes to use. The course can be watched 24/7 wherever you are. You can also view it on mobile devices with the Udemy mobile app.The course instructor is Farzad Lotfi, an experienced senior I C engineer/project manager that has worked on more than 15 projects in the steel, chemical, mine, and oil and gas industries and has trained more than 2500 engineers and technicians all over the world.We will be here for you every step of the way. If you have questions about the course content, you can always post your questions or send us a private message. It will be our pleasure to provide assistance and answer your questions.

The course is designed to help students studying the IB Environmental Systems and Societies course at Diploma Level. However it is also useful for any High School students doing ecology, geography or environmental science.The course is built to help students review and prepare for summative assessments in the subject as well as provide additional understanding, examples and ways of thinking about the course.In this first course we focus on Topic 1 of the IB Environmental Systems and Societies course, the Foundations of Environmental Systems and Societies.In the Topic students explore aspects of:Environmental Values SystemsSystem ThinkingThe sources and fate of energy and matter within systemsSustainabilityPollutionThese provide the underlying foundation for the entire Environmental Systems and Societies Course. The course supports students through over one and half hours of video covering each theme in depth alone side tasks and quizzes designed to help the student take what is covered in each video and articulate their understanding of the concepts, and content in the concept of specific examples form around the world. All resources used are also available for students to download and save for latter revision and reflection.Subsequent Topics return to these building blocks through the program as the scaffold in which a deeper appreciation of the subject is developed.

This course is a tutorial on ANSYS Workbench. It takes you through two modules of ANSYS Workbench i.e. Static Structural and Explicit Dynamics used mainly for Advanced Structural Analysis. Various numerical are solved to explain various concepts and features of the software. Various assignments are given for practice so that expertise can be gained in handling the software. Mechanical/Civil/Automobile/Production/Manufacturing Engineering and Architecture students can benefit from this course.We start with Spring Analysis which includes analysis of Helical Coil Compression, Tension and Conical Spring. Then we move on to Comparative Analysis of Various Cross-Section of Springs and analyze which cross-section would be better for shock absorption purpose. Next we go for various types of Truss Analysis and the various reaction forces, stresses and strain calculations on them.Then we study how to plot stress vs. strain for bars under various loading conditions. These graphs can be compared with graphs made either by theory method or by plotting using Excel.Further, we move to Tension and Compression Test Analysis which can be done using static structural analysis for static bars and using explicit dynamics module for bars in motion. All these advanced studies are important as we study the theory and its comparison by using ANSYS Workbench helps us compare the solutions.

In this course, we will learn the fundamental tools and concepts for SOLIDWORKS engineering and design software. SOLIDWORKS is one of the largest computer-aided design (CAD) software globally used across numerous industries including manufacturing, automotive, aerospace, defense, medical devices, robotics automation, consumer products, construction, and many more!This course will run through the core concepts and tools available within SOLIDWORKS to help us design and build any parts, drawings, and assemblies we may require for our specific projects.We will start by getting comfortable with the user interface and work-space of SOLIDWORKS, move onto creating our first sketch, and design our first parts. Once we have learned a number of the core part design tools we will introduce drawing tools to generate technical or engineering drawings required to manufacture our parts. Finally, we will learn assembly tools to help us design and build our assembly projects that contain multiple components.By the end of this course, you will have a strong foundation of the SOLIDWORKS fundamentals required to create and design your very own projects!Concepts Parts are the basic building blocks in the SOLIDWORKS software. Assemblies contain parts or other assemblies, called subassemblies. A SOLIDWORKS model consists of 3D geometry that defines its edges, faces, and surfaces. The SOLIDWORKS software lets you design models quickly and precisely. SOLIDWORKS models are: • Defined by 3D design • Based on components 3D Design SOLIDWORKS uses a 3D design approach. As you design a part, from the initial sketch to the final result, you create a 3D model. From this model, you can create 2D drawings or mate components consisting of parts or subassemblies to create 3D assemblies. You can also create 2D drawings of 3D assemblies. When designing a model using SOLIDWORKS, you can visualize it in three dimensions, the way the model exists once it is manufactured.

In the next section of the Data Center Essentials courses, we cover the mechanical cooling systems that support data centers and prevent them from overheating. As the data center power and density has increased every year, the need to remove the heat generated has become a more important factor for the design and operation of the facility. Because the cooling systems are a major consideration when aiming for efficiency, we will cover many of the diverse solutions that have been successfully implemented to save energy and water. We will start with the common terminology, standards, guides and operating conditions for data centers before moving on to more complex components, operations, and controls. And whether you are walking through a data center every day or only once in a while it is important to understand how the cooling and mechanical systems are operating to keep the internet up and running. During these five lectures we will cover:Concepts, definitions, operating conditions - the typical mechanical terms, cooling operations, and redundancy levelsAir cooling solutions - air cooling and operating parameters for typical and atypical data centersComputational Fluid Dynamics - what it is, how these tools are used, and what to look for when analyzing a data center flow modelWater cooling solutions - water cooling components, circulation, and typical arrangements for modularity and redundancyWater system operations - operating the data center cooling systems efficiently and effectively, including water cooled servers and immersion cooling