Searching the World's top universities for courses with:

University of Canterbury - Elements of Mechanical Design

Drawing, design and geometry of engineering components. Introductory course to CAD.
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Mechanics of Materials A

Statics. Linear elastic stress and strain. Torsion. Analysis of stresses and deflections in beams, statically indeterminate problems.
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Mechanics of Machines

Kinematics of mechanisms. Forces on machine elements. Geared systems. Balance of rotating and reciprocating machines. Friction devices.
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Fluid Mechanics A

Fluid statics, fluid dynamics. Bernoulli and momentum equations. Laminar and turbulent flow.
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Engineering Thermodynamics A

First law for closed and open systems. Second law. Thermodynamic properties. Ideal and practical heat engine cycles.
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Manufacturing Technology

An introduction to manufacturing processes and Metrology.
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Introduction to Materials Science for Engineers

Principles underlying structure, properties and behaviour of metallic and non-metallic materials.
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Dynamics

Problems in dynamics: free and forced vibrations, damped single degree of freedom systems, transmitted forces and vibration isolation, two degree of freedom systems.
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Mechanics of Materials B

Energy methods, axisymmetric stress analysis, stability of columns, compound stresses and failure theories.
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Control Engineering

Laplace transforms, block diagrams, dynamic response, steady-state error analysis, stability, root locus plot, frequency response analysis.
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Production Management

Introduction to basic techniques, principles and practices of managing manufacturing production, quality assurance and maintenance systems.
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Materials and Metallurgical Engineering

Crystal deformation and influence of bonding, alloy theory, phase transformations, welding and weldability.
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Fundamentals of Electronics

An introduction to the basic principles of circuit theory. RLC circuits, sensors, filters, operational amplifiers and simulation techniques.
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Mechanical Engineering Design A

The design process, creative design, design of rotating machines and transmissions. Structures, castings, fatigue and castings.
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Mechanical Engineering Design B

Fasteners, design of equipment using welded, bolted and riveted joints. Mechanical spring design, heat exchanger design, use of engineering codes, cranes, pressure vessels, hydraulics and special topics.
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Introduction to Computational Solid Mechanics

Variational and weighted residual approaches to problems in linear elasticity, the displacement FE approach, bar elements, linear two- and threee-dimensional elements, higher order elements, beam, shell and plate elements, introduction to dynamic analysis, multi-physics problems and contact mechanics.
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Thermo-fluids Transport

Dimensional similarity, boundary layers, turbulence, introductory heat transfer.
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Engineering Thermo-fluids B

Heat exchangers, introductory combustion, advanced thermodynamic cycles, exergy, turbo machines (pumps and hydraulic turbines), compressible flow.
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Mechanics of Vibration

Vibration of continuous systems.
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Modern Control Theory

State-space modelling, solution and analysis of state-space equations, state feedback and pole placement, state estimation, optimal control, robustness, digital implementation.
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Heat and Mass Transfer

Heat and Mass Transfer, psychrometrics, building heating and cooling loads.
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Project

Project
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Mechanical System Design-Process

The design process, creative design, engineering decision making, mechanical system design, special topics, safety, costing, case studies.
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Mechanical System Design - Special Applications

Design optimisation, vibration isolation of machinery, research and development techniques and modelling, hydraulic power systems, special topics.
Score: 8.492805 Details | Listing | Web page

University of Canterbury - Applied Computational Solid Mechanics

Variational and weighted residual approaches to problems in linear elasticity, the displacement FE approach, bar elements, linear two- and threee-dimensional elements, higher order elements, beam, shell and plate elements, introduction to dynamic analysis, multi-physics problems and contact mechanics.
Score: 8.492805 Details | Listing | Web page

1 - 25 26 - 50 51 - 74