Lectures related to Mechanical Construction I: Mechanical Behavior & Assemblies

Mechanical Construction I: Mechanical Systems and Bolted Assemblies

Covers mechanical systems, bolted assemblies, thread functions, and bolt resistance parameters.

Mechanical Construction I: Mechanical Behavior of Solids

Explores the mechanical behavior of solids, including deformation laws, elastic-plastic behavior, and frictional contact between solids.

Mechanical Systems: Bolt Assembly Analysis

Covers the analysis of forces and deformations in bolted assemblies under preload and external loads.

Mechanical Construction I: Dimensional Tolerancing

Explores mechanical systems, tolerancing, assembly documentation, and material behavior, emphasizing precise adjustments and ISO standards.

Mechanical Systems: Friction and Bolted Assemblies

Discusses friction laws and bolted assemblies in mechanical systems, emphasizing their applications in engineering design and analysis.

Mechanical Systems: Fundamentals and Applications

Covers the fundamentals of mechanical systems and their wide-ranging applications in various fields.

Mechanical Construction I: Mechanical Systems and Bolted Assemblies

Covers the fundamentals of mechanical construction, focusing on mechanical systems and bolted assemblies.

Mechanical Systems: Assembly Techniques

Explores assembly techniques in mechanical systems, covering bolted joints, brazing, welding, and gluing, as well as the principles of tightening nuts and self-locking in screw-nut assemblies.

Mechanical Construction I: Basics and Assemblies

Covers the basics of mechanical construction and assembly techniques using tools like circlips and shaft keys.

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Mechanical Construction Basics: Surface States & Tolerances

Covers surface states and dimensional tolerancing in mechanical construction, emphasizing precision in manufacturing processes.

Mechanical Construction I: Surface States and Mechanical Systems

Covers surface states, dimensional tolerancing, and mechanical systems in mechanical construction.

Collaborative Robots: Mechanical Systems

Covers collaborative robots, bolted assemblies, prestressing, and screw stiffness in mechanical systems.

Mechanical Systems: Mechanical Analogies and Mobility Method

Introduces the basics of electricity and oscillating mechanical systems, focusing on converting them into electrical equivalents using analogies and mobility method.

Mechanical Design Principles: Machining Processes and Tolerancing

Discusses machining processes and dimensional tolerancing in mechanical design.

Mechanical Design Principles: Tolerancing and Assembly Techniques

Discusses mechanical design principles, focusing on dimensional tolerancing and assembly techniques essential for accurate engineering.

Mechanical Construction I: Fundamental Principles of Dimensioning

Delves into the fundamental principles of dimensioning and cutting in mechanical construction, emphasizing quality and cost-effectiveness.

Mechanical Design: Principles and Applications

Explores the design process, load paths, spatial vectors, stiffness matrices, and common couplings in mechanical design.

Mechanical Design Principles: Representation and Manufacturing Processes

Discusses mechanical design principles, focusing on representation rules and machining processes for effective production.

Mechanical Design: Project Overview and Methodologies

Covers the organization and methodologies for mechanical construction projects, emphasizing teamwork, project specifications, and essential mechanical principles.