Lectures related to Rotational Smooth Guides: Principles and Applications

Explores the importance of lubrication in reducing energy consumption and its economic impact over the next 15 years.

Mechanical Construction: Evaluation and Guiding Systems

Covers evaluation results for the Mechanical Construction course and guiding systems principles, emphasizing student feedback and the importance of proper supervision and material properties.

Bearings and Assemblies

Explores the significance of bearings in mechanical systems and the factors influencing their performance.

Lubrication: Energy Dissipation and Engineering Practice

Explores the significance of lubrication in reducing energy consumption and friction in engineering practice.

Plain Bearings: Calculation and Performance

Discusses the calculation and performance of plain bearings in smooth rotation.

Components: Ball-bearings (continued), Actuators

Covers ball bearings, electrical motors, and actuators, including thermal conductivity, torque noise, lubrication, and force generation mechanisms.

Operating Environments: Mechanical Systems in Extreme Conditions

Discusses various operating environments and their constraints for mechanical systems.

Flexible guidance theory

Discusses the design and importance of flexible guides in microtechnology, highlighting their benefits and applications in MEMS devices.

Viscous Dissipation and the Slider Bearing

Covers viscous dissipation, stress tensors, and the slider bearing's energy flux and lubrication flow assumptions.

Rolling Bearings: Materials and Types

Explores the constitution and materials of rolling bearings, types, and selection criteria based on loads and speeds.

Bearings: Introduction

Introduces bearings, covering definitions, advantages, building blocks, friction sources, and types of bearings.

Friction Coefficients and Wear of Materials

Explores friction coefficients and wear mechanisms in materials due to contact-movement between surfaces.

Introduction to Structures in Architecture

Introduces the functioning of structures in architecture, covering beams, arcs, cables, vaults, domes, rigidity, stability, and deformations.

Forging: Principles and Techniques

Explores the principles and techniques of forging, including hot forming processes and advanced forging methods.

Lubrication equation

Covers the lubrication equation, Stokes equations, scaling analysis, and resolution of the velocity profile in hydrodynamics.

Thermo-Mechanical Behavior of Geomaterials: Applications and Modeling

Covers the thermo-mechanical behavior of geomaterials and its applications in engineering, emphasizing the impact of temperature on geomechanical properties and modeling.

Components: Ball-bearing

Explores the selection and usage of components, focusing on ball bearings and their types, materials, and assembly.

Materials Science: Mechanical Properties and Material Selection

Introduces materials science, mechanical properties, and material selection for engineering applications, emphasizing the importance of material properties in design.

Designing Structures: Dimensioning and Vacuum Lessons

Explores the importance of dimensioning, vacuum technology, materials selection, and lubrication in mechanical design for space applications.

Small-Scale Turbomachinery Systems: Design Challenges & Applications

Explores small-scale turbomachinery systems, emphasizing design challenges and applications to enhance energy conversion efficiency.