NDT Level ii Training Visual Testing (VT) QAQC, WELDING,

******************* Course Structure ***************************Hello learners,I welcome you all to this comprehensive course on LS-DYNA. Objective of this course is to get started from very basic understanding of FEA and gradually get you well versed with LS-DYNA. LS-DYNA is one of the most best and popular explicit code out there. LS-DYNA is used in almost all the industries that you can imagine. In this course though we will be taking examples of only structural analysis from automotive domain.Skills you will gain at the end of the course :You will learn different types of analysis and fundamental difference between them.You will learn to setup a model in LS-PrePost, edit the model in Notepad++ and solving the model using LS-Dyna.You will learn various aspect of material modelling in LS-Dyna.You will get overall understanding of important concepts in explicit such as hourglassing, timestep and mass scaling. Brief outline of the course is as following:1. FEA/CAE basics and types of simulation Product life cycle management Branches of CAE Intuition of CAE Steps in CAE Types of analysis. 2. Introduction to LS-PrePost Deep dive into preprocessing using LS-PrePost. GUI of LS-PrePost. Handling a model using different approaches.3. Keyword Arrangement in LS-Dyna Running a simple simulation File format and keyword structure in LS-Dyna. Keyword Arrangement : Nodes and Elements Keyword Arrangement : Parts, Section, Material LS-Dy

Climate change is one of the most pressing challenges of our time, impacting ecosystems, economies, and communities around the globe. Sustainable development offers a pathway to address these challenges by balancing environmental, social, and economic needs. But how can we translate global goals into meaningful local actions?Welcome to "Climate Change and Sustainable Development: From Global Impact to Local Action," a comprehensive course designed to empower you with the knowledge and tools to understand, analyze, and act on the critical issues of climate change and sustainability. This course bridges the gap between global climate policies and local implementation, offering a deep dive into the science of climate change, the role of international agreements, and the practical steps you can take to make a difference in your community.What You'll Learn:The Science of Climate Change: Gain a solid understanding of the causes, consequences, and evidence of climate change, including global warming, extreme weather events, and the greenhouse effect.Global Climate Policies and Sustainable Development Goals (SDGs): Explore key international agreements like the Paris Agreement and the SDGs, and learn how they aim to mitigate climate change and promote sustainability.The Interconnection Between Climate Change and Sustainable Development: Understand how climate action drives sustainable development and how sustainable practices can help mitigate climate change.Local Action for Global Impact: Learn practical strategies to implement at the local level, from community-driven sustainability projects to personal lifestyle changes that contribute to global climate goals.Who Should Enroll:This course is ideal for environmental enthusiasts, students, professionals in sustainability, policy makers, community leaders, educators, an

Mediation, Moderation, and Conditional PROCESS Analysis is a methodological statistical technique developed by Dr. Andrew F. Hayes which is applied to ordinary least squares (OLS) regression. PROCESS simplifies the 'untangling' of the analyses of combined direct, indirect and total effects driven by simultaneous mediating and moderating influences in an OLS regression model. However, PROCESS can also be directly applied to estimate the mediating and moderating effects of latent variables in PLS path modeling and in covariance-based SEM. In 2013, Dr. A.F. Hayes developed and published a comprehensive statistical approach to estimate and interpret intertwined, cascading, mediating and moderating, direct, indirect, and total effects, and the comparisons of significant differences between them, as embedded in a series of 77 templates for linear models. Dr. Hayes comprehensively integrated these techniques into a coherent set of SAS and SPSS 'PROCESS' scripts to estimate these complicated effects in linear regression models. We extended these SAS and SPSS scripts with R scripts and a GUI interface and applied this approach directly to both OLS regression and to PLS path modeling results. In this course, we provide our complimentary GUI-based desktop application, allstatGUI, that reliably calculates these estimates using participants' own data and OLS models. This course explains the conceptual basis of PROCESS and demonstrates how these complicated mediating and moderating effects can be reliably estimated on your own data and models using the allstatGUI application developed by Mr. Dean Lim and Dr. Geoffrey Hubona.All software is included with the course materials. The course is structured as a tutorial which begins with simple mediation models and then progresses through a series of moderation examples. All of the models and data and analyses are provided with the course materials. A course participant should then

This course has been designed for undergraduate (civil) engineering students or those with an interest in developing a deeper understanding of introductory structural analysis concepts and methods. The lectures cover the essential concepts and methods of structural analysis and provide examples demonstrating their applications. Get to grips with civil engineering structural analysis once and for all. The main topics discussed include:What you'll learnIntroductionDegree of static indeterminacyAnalysis of determinate trussesRolling loads and influence lines Energy principlesKinematic indeterminacy / Degree of freedomBasic Methods of Structural AnalysisMoment distribution methodSlope deflection methodMatrix MethodArches and cablesPlastic theoryOur aim is to help our students learn fundamental structural analysis concepts, be able to analyze basic beam, truss, and frame structures, and have their questions answered in the context of the presented content. Please feel free to send us your technical questions as you go through the material. We are here to help.I have tried my best to relate the theories to the practical world. I have explained where the concepts explained in the videos will be helpful to you in your professional life. I hope you like this course.Who this course is for:Undergraduate engineering and architectural students who need to learn structural analysis for the curriculum in their collegePeople who have an interest in learning how structural analysis actually worksEngineering designers who need to understand how structural analysis actually takes placePeople have an interest in this subject.Students who need to learn structural analysis of truss

Artificial intelligence (AI) is a powerful tool that can change the way you approach research and writing. Whether you're a high school student tackling your first research project, a college student refining your academic skills, or a university scholar pursuing advanced studies, understanding how to leverage AI can significantly enhance your efficiency and effectiveness. This course, "How to Use AI to Write a Research Paper," offers a comprehensive guide to integrating AI tools into your research process, providing you with the knowledge and skills to excel.Why This Course?Many students struggle with the task of conducting research and writing about it. Identifying a research problem, creating clear questions, looking for other literature, and keeping your academic integrity are a challenge, especially with all the information available. This course addresses these challenges head-on, providing step-by-step guidance and practical exercises that lead you through the research process.What sets this course apart from others is its practical, hands-on approach combined with a strong emphasis on academic integrity. While many courses may introduce you to AI tools, our course not only demonstrates how to use them but also emphasizes the ethical considerations and critical thinking skills necessary to evaluate AI-generated content. We go beyond simple tool tutorials to offer a holistic understanding of the research process, from initial topic selection to final paper submission, all through the lens of AI integration.Tools like Zotero, Mendeley, Grammarly, Hemingway App, IBM Watson, Google Scholar, Turnitin, Copyscape, EndNote, and QuillBot can be used at different stages of the research process. Our goal is to give you a toolkit of resources that you can choose to apply, making your research and writing tasks more efficient and effective.By the end of this course, you will:Understand the

في هذا الكورس سوف يتم تغطية مجموعة من الموضوعات مثل:* كيفية عمل المنصات التعليمية بشكل مجاني: شبكات التواصل الاجتماعي الفيسبوك وتويتر، وتمكِّن المعلمين من نشر الدروس والأهداف، ووضع الواجبات وتطبيق الأنشطة التعليميّة، والاتصال بالمتعلّمين من خلال أدوات متعددة، كما وتساعد على تبادل الأفكار والآراء بين المعلمين والمتعلّمين.ما هي المنصات التعليمية؟توفر المنصات التعليمية بيئات افتراضية يستطيع من خلالها المتعلمون الوصول إلى موارد تعليمية على سبيل المثال الدورات، والكتب الإلكترونية، والفيديوهات، والاختبارات التفاعلية، كما تسمح بالتواصل مع المعلمين والطلاب الآخرين، والمشاركة في النقاشات، واستلام التقييمات والتغذية الراجعة.تشير المنصات التعليمية إلى الأنظمة المتاحة عبر الإنترنت التي تسهل تقديم المحتوى التعليمي والتفاعلَ بين المعلمين والمتعلمين في بيئة افتراضية.جاءت هذه المنصات نتيجة للتقدم التكنولوجي والحاجة المتزايدة إلى تعليم مرن وسهل الوصول.المنصات الرقمية التعليمية: كيف تعمل؟تعمل المنصات الرقمية التعليمية كأنظمة متكاملة ومترابطة تعتمد على تقنيات مختلفة لتقديم تجربة تعليمية رقمية غنية. يمكن تشبيهها بالمبنى المتعدد الطوابق، حيث يمثل كل طابق مكونًا تقنيًا مختلفًا، وكل مكون يؤدي وظيفة محددة تساهم في تشغيل المنصة بشكل سلس وفعال.المكونات الأساسية:واجهة المستخدم: هي “الواجهة” التي يتفاعل معها المستخدم (الطالب أو المعلم)، وهي مصممة لتكون سهلة الاستخدام وجذابة بصريا. وتتضمن عناصر على سبيل المثال القوائم، والأزرار، والنوافذ، ولوحات التحكم. وهي التي تتيح للمستخدم التنقل بين أقسام المنصة والوصول إلى المحتوى التعليمي.نظام إدارة التعلم :(LMS): هو “المحرك” الذي يدير عملية التعلم. ويتتبع تقدم الطلاب، ويقدم لهم ملاحظات وتقارير عن أدائهم، ويساعد المعلمين في تخصيص تجربة التعلم لكل طالب.أدوات التواصل والتفاعل: هي الأدوات التي تتي