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Go Beyond Simple Statically Determinate Structures Almost all real world civil engineering structures of any significance are indeterminate meaning we can't simply rely on the trusty equations of static equilibrium. The moment distribution method is one of the most intuitive ways to analyse these structures. After completing this course you will be well equipped to determine the shear force diagram, bending moment diagram and qualitative deflected shape for any statically determinate or indeterminate structure you're likely to encounter as a civil engineer. Having a fast hand-analysis method for indeterminate structures is invaluable for any good engineer! The analysis of indeterminate structures is all too often left to the computer in civil engineering these days. But as an engineer, if you can't approximate by hand what the computer is telling - you're on thin ice! By the end of this course you'll have given yourself an invaluable skill - the ability to make sensible judgements on a computer analyses! Section 1: Establishing the fundamentals I will start by setting out the fundamental parts of the moment distribution method; explaining each element before using some worked examples to tie them all together. After completing this section you will have a clear analysis procedure to employ. Each worked example concludes with development of a complete shear force and bending moment diagram. Section 2: Understanding the importance of structural stability One of the main areas of application for the moment distribution method is the analysis of structural frames. However, before we can start analysing frames, we first need an understanding of structural stability. In this section I will outline some of the common methods employed by civil engineers to ensure l

Truss Analysis is one of the most important topics in Statics, which is the first introductory in structural engineering curriculums. Trusses are structures that are widely used in civil engineering applications, such as bridges, steel buildings and roof structures. Trusses also appear in many mechanical and aerospace structures such as cranes, space structures, offshore platforms, and so on. What is a Truss? A truss is a structure usually consisting of straight members that are connected to each other at the two ends of each member. All members of a truss structure are connected together with pin joints, such that for the purpose of the design of these structures we assume the joints cannot carry or resist any moments. All external loads acting on a truss are assumed to be acting only at the joints, and therefore, all members of a truss are two-force members. Why Must We Learn Truss Analysis? First of all, if we plan to design and build a truss structure, such as a roof structure for carrying external loads, we need to find out how much load is carried by each member of the truss. Secondly, in the case of an existing truss structure, we may need to replace one or a few members. In this case, we need to find the internal forces carried by those few members within the truss structure. In both instances, the objective is to figure out and decide whether the members can sustain the forces or not and what size members and what type of cross sections are required. Types of Truss Analysis There are two major methods of analysis for finding the internal forces in members of a truss; the Method of Joints, which is typically used for the case of creating a truss to handle external loads, and the Method of Sections, which is normally used

Are you ready to take your Computational Fluid Dynamics (CFD) skills to the next level? Look no further! Our comprehensive course, "Mastering CFD Analysis and Optimization using SolidWorks, is designed to empower engineers, researchers, and students with the knowledge and techniques necessary to excel in CFD modeling.Whether you're an intermediate learner looking to enhance your expertise or an advanced student seeking to stay ahead of the curve, this course has got you covered. We understand the importance of providing quality content that caters to your needs, so you can confidently tackle complex industrial problems using CFD.Throughout the course, we will guide you through a step-by-step journey, starting with the fundamentals and gradually progressing to more advanced topics. With a focus on practical applications, you'll gain hands-on experience in modeling, simulating, and optimizing various industrial scenarios using SolidWorks V.2.0 software.Our course begins by introducing you to the world of CFD and its diverse applications in industries. You'll learn how to leverage the power of SolidWorks V.2.0 to create accurate 3D models and simulate fluid flow, heat transfer, and multiphase phenomena. We'll dive into topics such as turbulence modeling, numerical methods, and simulation techniques, equipping you with a strong foundation in CFD principles.To ensure your learning is both engaging and effective, we've crafted 26 in-depth videos totaling approximately 11 hours of content. Each video is thoughtfully designed to cover specific CFD analysis and optimization techniques using SolidWorks. You'll witness how industry-specific problems are broken down into simpler examples, making complex concepts more accessible.Throughout the course, you'll work on practical exercises and projects that mirror real-world scenarios. From analyzing the flow over an airfoil to studying heat transfer in a heat exchanger, you'll tackle a range of challenges that professionals encounter daily.

Introduction to Stata and Applied Data AnalysisMaster the essentials of data analysis with Stata – no prior experience needed!What You'll Learn:Confidently Use Stata—Get started with Stata, focusing on Version 18 or older versions. You'll develop a strong command of the software, enabling you to handle real-world data easily.Foundations of Data Analysis – Learn essential techniques in data wrangling, from importing and merging data to transforming data for deeper analysis. Discover effective methods for outlier detection and essential descriptive statistics.Coding in Stata – Gain hands-on experience with Stata’s "do-files," a powerful way to automate workflows, ensure replicability, and improve efficiency in your analyses.Regression Analysis & Assumptions – Understand how regression models work and the importance of assumptions in regression analysis. Learn to detect and address common issues like heteroskedasticity and endogeneity for more reliable results.Introduction to Panel Data Models – Explore fixed and random effects models, foundational tools in social science and policy research.Binary Choice Models – Learn to model yes/no events and decisions, an essential aspect of many real-world analyses.Advanced Model Diagnostics – Wrap up with essential insights into model specification and parameter stability, ensuring your results are robust and trustworthy.Course Structure:Engaging Video Lectures: 34 concise videos covering each step of data analysis with Stata.Hands-On Exercises: 5 practice exercises to reinforce key concepts, complete with guidance to support your learning.Ongoing Content Updates

Statistics and probability control your life. I don't just mean What YouTube's algorithm recommends you to watch next, and I don't just mean the chance of meeting your future significant other in class or at a bar. Human behavior, single-cell organisms, Earthquakes, the stock market, whether it will snow in the first week of December, and countless other phenomena are probabilistic and statistical. Even the very nature of the most fundamental deep structure of the universe is governed by probability and statistics.You need to understand statistics.Nearly all areas of human civilization are incorporating code and numerical computations. This means that many jobs and areas of study are based on applications of statistical and machine-learning techniques in programming languages like Python and MATLAB. This is often called 'data science' and is an increasingly important topic. Statistics and machine learning are also fundamental to artificial intelligence (AI) and business intelligence.If you want to make yourself a future-proof employee, employer, data scientist, or researcher in any technical field -- ranging from data scientist to engineering to research scientist to deep learning modeler -- you'll need to know statistics and machine-learning. And you'll need to know how to implement concepts like probability theory and confidence intervals, k-means clustering and PCA, Spearman correlation and logistic regression, in computer languages like Python or MATLAB.There are six reasons why you should take this course:This course covers everything you need to understand the fundamentals of statistics, machine learning, and data science, from bar plots to ANOVAs, regression to k-means, t-test to non-parametric permutation testing.After completing this course, you will be able to understand a wide range of statistical and machine-learning analyses, even specific advanced methods that aren't taught here. That's b

This course contains AI-powered Role Plays - so you can practice in a kind of virtual sandbox, before you take your skills IRLYou’ve Been Trained to Give Answers - Not Ask Better QuestionsIn school, at work, and in meetings - we’re taught to sound confident, give quick answers, and move fast.But the people who stand out aren’t the ones with the flashiest responses.They’re the ones who ask the right questions - the kind that uncover blind spots, defuse tension, and lead teams forward.The truth is, most people ask weak questions.They skim the surface, repeat what they already believe, and miss the chance to uncover what really matters.At work, that leads to:Confused decisionsFrustrated teamsMissed opportunitiesIn leadership, it slows your ability to coach, influence, and guide others.In your career, it holds you back - because smart questioning is a key marker of strategic thinkers.Do These Sound Familiar?You try to help someone think more clearly — and they shut down.You challenge a bad idea - and get labelled “difficult.”You ask a question - and realize it wasn’t really a question, just a disguised opinion.You try to reflect on your own decisions — but keep circling the same thoughts.You’re not alone. Most people never learn how to ask questions that actually do something.They confuse pressure with clarity. Curiosity with confrontation.And they miss the chance to grow faster, lead better, and make smarter calls.Introducing: Socratic Questioning: Ask Smarter, Think DeeperA practical course that teaches you how to ask better questions — the kind that lead to sharper thinking, clearer conversations, and better outcomes at work and beyond.What You’ll Learn Inside:Part 1: Why Questions Matter More Than Ans