Courses

Explore the intricate workings of a heavy-haul freight locomotive in this comprehensive 25-minute 3D animated video. Delve into the locomotive's structure, including the body, frame, and coupling mechanisms. Examine the powerful diesel engine, turbocharging system, and exhaust gas recirculation. Learn about the electrical systems, traction motors, and batteries that drive the locomotive. Discover the function of trucks/bogies, sand systems, and both pneumatic and dynamic braking systems. Tour the operator's cab, control panels, and crew areas. Gain a deep understanding of diesel-electric locomotive technology through detailed explanations and stunning 3D visualizations.

Learn how to solve diesel cycle numerical problems in this 15-minute tutorial designed for first-year BTech/BE students studying Basic Mechanical Engineering (BME). Explore the fundamental concepts and calculations involved in diesel cycle analysis, essential for understanding internal combustion engines and boiler systems. Gain practical skills in applying thermodynamic principles to real-world engineering scenarios.

The Single-Cylinder Diesel Engine Structure and Maintenance course is designed for majors such as Agricultural Machinery Application and Maintenance, and Unmanned Aerial Vehicle Operation and Flight, and is a core professional course offered in the second year.Its prerequisite courses include the Use of Common Tools for Mechanical Maintenance, Mechanical Foundations, the Construction and Maintenance of Tractor Electrical Equipment, etc. After entering higher vocational colleges for further study, students will continue to study courses such as Single-Cylinder Diesel Engine Structure and Maintenance.Based on the Tractor Maintenance category of the Vocational College Skills Competition and in conjunction with the learning situation of secondary vocational students, the course is divided into 5 projects. Project 1 covers the Basic Knowledge of Single-Cylinder Diesel Engines, Project 2 focuses on the Use and Maintenance of Single-Cylinder Diesel Engines, Project 3 is about Fault Diagnosis of Single-Cylinder Diesel Engines, Project 4 involves Disassembly and Inspection of Parts of Single-Cylinder Diesel Engines, and Project 5 is about Reassembly and Tuning of Single-Cylinder Diesel Engines.The content progresses from easy to difficult, starting with understanding the structure, parts, and working principles of single-cylinder diesel engines, then analyzing the reasons why they may not operate normally, conducting disassembly and inspection, and finally, reassembling and tuning the single-cylinder diesel engines.

Hinweis: Dieser Kurs wird am 30. September 2024 archiviert.Hier geht es zum neuen Kurs. Als Unternehmer und Grunder eines Start-up-Unternehmens benotigen Sie Geld, um ein erfolgreiches Unternehmen aufzubauen. Sie benotigen Kapital, um ein großartiges Team einzustellen, einen Prototyp zu bauen, einen Markt zu erschließen und Ihren Marktanteil zu steigern. Woher bekommen Sie diese Art von Kapital? Ganz einfach: Von Venture Capitalists. Aber wie kommen Sie an dieses Kapital? Knifflige Frage?! Gut, dass es eine Einfuhrung in Venture Capital gibt. In diesem Einfuhrungskurs zu Venture Capital lernen Sie, wie Sie Geld fur Ihr Start-up bekommen. Sie lernen, was Risikokapitalgeber sind und wie sie denken. Sie lernen, was ihre Motive sind, wie sie investieren und was sie von Ihnen erwarten. Haben Sie schon mal von dem Ding namens "Term Sheet" gehort? Ganz egal, ob Sie den Begriff bereits kennen oder nicht, wir erklaren Ihnen, was er bedeutet und was Sie beachten sollten. Unsere Tipps und Tricks und Dos and Don'ts sollten Ihre Arbeit mit Risikokapitalgebern erleichtern. Wir erklaren Ihnen auch, was passiert, wenn ein VC in Ihr Unternehmen ein- und austritt. Dieser Kurs ist wirklich praxisorientiert! Zusatzlich zu den Vortragen von Professor Brettel erhalten Sie Informationen aus erster Hand: Insiderwissen von erfahrenen Unternehmern und Risikokapitalgeber. Sie werden von diesem Kurs in Ihrem taglichen Umgang mit Risikokapitalgebern profitieren.

Learn about the fundamental role of petroleum-based fuels in modern energy systems through this 14-minute educational video from Stanford University's Understand Energy program. Explore what gasoline, diesel, and jet fuel are, understand their significance in global energy infrastructure, examine how they're utilized across different sectors, assess their environmental and economic impacts, and consider their future in an evolving energy landscape. Gain insights from Diana Gragg, Core Lecturer in Civil and Environmental Engineering and Managing Director of Explore Energy at Stanford's Precourt Institute for Energy, as she breaks down these critical energy currencies that power transportation, industry, and commerce worldwide. Discover the technical properties that make these fuels essential, their production processes, distribution networks, and the challenges and opportunities they present in the context of climate change and energy transition planning.

Explore the inner workings of large two-stroke marine diesel engines powering some of the world's largest ships in this 27-minute 3D animation video. Dive into the main components, operational principles, and typical characteristics of these massive machines, including fuel consumption, cylinder count, engine weight, piston weight, and RPM. Gain valuable insights into marine engineering as you examine the crankcase, pistons, and other crucial parts that make these engines function. Perfect for aspiring marine engineers, maritime enthusiasts, or anyone curious about the technology behind global shipping.

Learn and increase your income to multiple folds -Electrical and Mechanical Engineering, Industrial Production. What you'll learn: This is the 1st training course in the world that covers complete diesel generator under one course only. Engineering theories and technology concepts involved in all trio mechanical/electrical/logical parts of diesel generator are well explained, whether it is diesel engine or AC generator or Sheet metal fabrication, or powder coating or PLC programming or Testing & quality control, all above sections are well addressed in this course according to world wide standards.Learn and increase your income to multiple folds. • Detailed learning of: Diesel generator Installation Basics, Ratings and performance classes G1 to G4 as per ISO8528-1, Assembly of engine alternator and radiator with checkpoints, Endplay measurement with dial gauge and its effects on engine, construction of exhaust line and checkpoints, canopy assembly, electrical load testing with transient responses. Sound level testing as per ISO 8528-10, Vibration testing as per ISO 8528-9, Limiting ambient test (LAT), back pressure testing and its effect of genset performance, incoming inspection and process quality plans.• Diesel Engine – Basic construction, Parts, Exhaust system, Mufflers, type of Governors their merits and demerits speed droop and isochronous PID system analogue and digital governor cards, Engine derating, Engine electrical system, sensors, Starter Motor and solenoid, engine vibrations, noise level, End play of crank shaft, SAE numbers, Assembly of radiator.• AC Generator- Basic electrical theories, Main parts of alternator and their check points, winding insulation classes as per IEC 60085 (2008) and IEEE Std-1, temperature rise exception according to ISO8528-3 and IEC60034-1, duty type S1 & S10, Automatic voltage regulator, PMG, Wiring looms, Batteries and cable selection, Control Panel and genset controller, PLC controller Configuration, switch gears, wiring diagrams, electrical load calculation, Power factor basics, genset ratings, rating plates, unbalanced and balance loading.• Sheet Metal Fabrication: CNC punching basics, bending machine (Press Brake) basics, Die selection, K factor, bend allowance and deduction calculations, Spring Back.MIG Welding: Basics of welding process, machine basics and settings, welding distortions, Welding Fixtures, pneumatic fixtures, Surface Finishing.• Powder Coating: Theory behind powder coating process, Powder coating gun working principal, Electrostatic deposition, powder curing basics, powder application defects, faraday cage effect, surface defects, curing oven and temperature profile, Pretreatment types, comparison of spray and dip type pretreatments, Zinc phosphate process, Corrosion classes as per ISO and NS, DFT Measurement, SSPC PA-2, Impact test, Bend test, Crosscut adhesion test, salt spray test and major checkpoint, humidity and UV testing.A lot of more things based on my experience and field work.....• This course is designed for technicians, engineers, entrepreneurs, students or anyone has the interest in electrical and mechanical engineering. We promise and wish you after completing this course you will reach up to new heights in your carrier. This course will provide much confidence to new comers to enter in the genset industry. Technicians/Engineers/Managers already working in genset industry would come to know how to do their work in perfect way as per worldwide standards.• Moreover this course would increase understanding within all hierarchy levels.• And every person involved in Genset business can grow up to new heights in their career after completing this course.

In diesem Vertiefungskurs werden die umfassenden und flexiblen Infrastruktur- und Plattformdienste der Google Cloud Platform vorgestellt. In Präsentationen, Demos und praxisorientierten Labs lernen die Teilnehmer Lösungselemente kennen und stellen diese bereit. Dazu gehören Infrastrukturkomponenten wie Netzwerke, Systeme und Anwendungsdienste. Außerdem gehen wir auf praktische Lösungen ein, beispielsweise für sichere Verbindungen zwischen Netzwerken, für von Kunden bereitgestellte Verschlüsselungsschlüssel, die Sicherheits- und Zugriffsverwaltung, Kontingente und Abrechnung sowie das Ressourcenmonitoring. Dieser Kurs richtet sich an folgende Zielgruppen: ● Architekten für Cloudlösungen, DevOps-Entwickler ● Nutzer der Google Cloud Platform, die neue Lösungen entwickeln oder vorhandene Systeme, Anwendungsumgebungen und Infrastrukturen in die Google Cloud Platform integrieren >>> Mit Ihrer Teilnahme an dieser Spezialisierung stimmen Sie den Nutzungsbedingungen von Qwiklabs zu, die Sie in den FAQs und unter folgendem Link finden: https://qwiklabs.com/terms_of_service <<<

Watch a 42-minute video showcasing the restoration of a severely damaged and rusted 4120 diesel engine. Follow the process as the engine, purchased from a junkyard, is meticulously repaired and brought back to life. Witness the transformation from a non-functional state to a perfectly running engine. Learn about the challenges faced during the restoration and the techniques used to overcome them. Gain insights into diesel engine repair and restoration techniques. The video creator welcomes feedback, advice, and suggestions for improvement, encouraging viewer interaction and engagement.

Watch a 54-minute video tutorial demonstrating the 3D modeling and rendering process of a diesel-punk night club using Blender 2.8. Learn low poly 3D illustration techniques as part of the Cloud 66 series, focusing on creating a diesel-punk atmosphere with subtle war propaganda elements. Observe the decision-making process between color and black-and-white versions, and gain insights into toning down neon effects. Compare this project with previous Cloud 66 videos, including Cloud Station and Cloud Train. Explore advanced 3D modeling techniques and discover how to become a proficient 3D illustrator using Blender's powerful tools.

ABOUT THE COURSE: This course covers the basic principles of mechanics. The course discusses the free body diagram, equilibrium of rigid bodies, analysis of trusses, beams, cables, virtual work, the motion of particles and rigid bodies, conservation laws, the moment of inertia, the principle of work energy, and general plane motions. INTENDED AUDIENCE: Undergraduate studentsPREREQUISITES: Any 12th pass students (in science stream) can do this course. There are no prerequisite courses.INDUSTRY SUPPORT: Companies which delas with mechanical instrumentations such as Larsen & Toubro, BHEL etc.

Mechanics is a basic course for studying the laws of mechanical movement. Through this course, students can acquire knowledge, and more importantly, master the subject system and the methods of solving problems. This course will help students to develop logical thinking and to cultivate the ability of accepting new ideas, laying a solid foundation for subsequent courses. The basic teaching requirement of this course is to clarify the logical structure and knowledge system of Mechanics. Through resources such as the application cases, 55 AR demos, 60 animation demos, 51 video recordings, and the audio recordings of biographies of 25 scientific giants in the field of mechanical movement, students will appreciate the beauty of Mechanics and the truth of human civilization, as well as master the general methods of solving mechanical problems. Furthermore, a brief history of the development of Physics and some concepts in modern Physics are incorporated into the relevant chapters to stimulate students’ thinking and cultivate their ability to accept new ideas.

Explore a comprehensive overview of unique and innovative motorcycle engine configurations in this 24-minute video. Delve into the intricacies of split-single, square four, H four, V12, and even a 48-cylinder engine. Discover unconventional designs like upside-down engines, forced induction systems, and diesel-powered motorcycles. Learn about the Wankel, radial, turbine, rotary radial, and oval piston engines, as well as hydrogen-powered motorcycles. Gain insights into the engineering principles, advantages, and challenges of each configuration, complete with visual aids and time-stamped sections for easy navigation.

Explore the intricacies of Diesel, a type-safe SQL query builder for Rust, in this interactive "Choose Your Own Adventure" conference talk. Dive into various aspects of Diesel, including practical application development, type system explorations, testing strategies, and code generation techniques. Engage with the speaker as the audience decides which topics to explore in-depth, from building real-world applications to unraveling the complexities of Rust's type system. Gain insights into the power of type-safe SQL queries and how Diesel enhances database interactions in Rust projects.

Learn the foundational concepts of Lagrangian mechanics in this 24-minute physics video that serves as an introduction to this powerful mathematical framework for analyzing classical mechanical systems. Explore the fundamental principles and mathematical formulation of Lagrangian mechanics as part of a comprehensive classical mechanics series. Gain insights into how this alternative approach to Newtonian mechanics provides elegant solutions to complex mechanical problems. Connect the mathematical concepts with real-world applications while building a strong foundation for advanced physics studies.

This first course in the physics curriculum introduces classical mechanics. Historically, a set of core concepts—space, time, mass, force, momentum, torque, and angular momentum—were introduced in classical mechanics in order to solve the most famous physics problem, the motion of the planets. The principles of mechanics successfully described many other phenomena encountered in the world. Conservation laws involving energy, momentum and angular momentum provided a second parallel approach to solving many of the same problems. In this course, we will investigate both approaches: Force and conservation laws. Our goal is to develop a conceptual understanding of the core concepts, a familiarity with the experimental verification of our theoretical laws, and an ability to apply the theoretical framework to describe and predict the motions of bodies.

Course 2 of Statistical Thermodynamics presents an introduction to quantum mechanics at a level appropriate for those with mechanical or aerospace engineering backgrounds. Using a postulatory approach that describes the steps to follow, the Schrodinger wave equation is derived and simple solutions obtained that illustrate atomic and molecular structural behavior. More realistic behavior is also explored along with modern quantum chemistry numerical solution methods for solving the wave equation.

Taught by Prof. Manoj K Harbola Department of Physics, IIT Kanpur. In this course, we would be studying mechanical interaction between different bodies when they interact through the forces applied on each other. This would consist of 2 parts: statics and dynamics.

Here we'll establish the bedrock principles of physics and use them to reveal matter in motion; from drones and rockets to skyscrapers and blinking fireflies. By the end, you'll develop a rigorous approach to describing the natural world and you'll be ready to take on new challenges in quantum mechanics and special relativity.

Explore the fundamental concepts of statistical mechanics in this 30-minute educational video series. Delve into thermodynamic potentials, starting with entropy and progressing to free energy and grand potential. Examine the ergodic hypothesis and its implications. Gain a comprehensive understanding of the microcanonical ensemble and its applications in statistical physics. Enhance your knowledge of statistical mechanics through this concise yet informative lecture series provided by Ox educ.