Design courses Bedfordshire

...and experimental procedures, this course provides complete insight into the loading, modelling, design and optimisation of a brake assembly and its components...

...to cooling and manufacturing considerations. Overall Performance Choice of stage loading and flow coefficients according to engine role and overall performance requirements...

...allowable strengths of rivets and bolts Undertake stress analysis of lugs Gain an awareness of other stress analysis approaches and tools and other structural...

...metering equipment Introduction to design procedures – physical properties, stress analysis, buckling and collapse, strain-based design Fluid flow through pipes – basic hydrodynamics...

...The Axial Compressor Stage Stage loading and flow parameters, limitations in design on pitch line basis. Definition and choice of reaction or blade outlet angle at design...

...Apply the principles of heat transfer, thermodynamics and fluid mechanics in the design of heat exchangers Apply pinch technology for the design of... Learn about: Air conditioning...

...Expectations of the course: Creating a part from a drawing, using linked dimensions and equations to aid in modelling, dimensions, parameters...

...Despite improvements in design for testability techniques such as JTAG that widely has been accepted by industries, current VLSI technologies have still failed to implement a complete on-chip health monitoring mechanism. A reason is JTAG has been specifically developed for fault detection rather... Learn about: Health Management...

...strength and service durability predictions of composite aircraft structures. Have knowledge of the basics of impact damage, damage tolerance in composite...

...Studentships cover a wide range of research areas, from the design optimisation of the main and secondary gas paths of the engine, turbomachinery and variable geometry...

...Current work at Cranfield University is developing methods for the design of aero-engine intakes for podded engine configurations. The overall aim of the PhD research is to develop tools, experience and design guidance in the design of future aero-engine intakes in association with fan systems...

...What you will learn To present and teach the elementary skills and knowledge required to produce engineering components and assemblies, and to utililise... Learn about: Computer Aided Design, 3d training...

..., development and introduction of novel methods and tools to facilitate the requisite design processes. The two PhD topics are complementary, each covering an important aspect of the early (aircraft) design process: The first PhD will focus on systems architecting, in particular on methods and tools for rapid... Learn about: IT risk...

...engineers Certification engineers Composite materials engineers. Whilst there are no precise academic requirements, delegates are likely to hold a minimum...

...wheel motion control Forces transmitted Roll centres, anti-dive and anti-squat properties MIRA K&C rig; Review of other rigs Suspension Design Review... Learn about: Suspension Design...

...Course structure The course is delivered over 5 days and is mostly in the form of lectures. Group work is also used for a short simulation exercise...

...engineers seeking an introduction to rotordynamics. The module runs over two weeks. The first of these covers fundamentally theoretical aspects whilst...

...There will also be an opportunity to discuss and investigate the vehicle examples and hardware held within the equipment halls at the college... Learn about: Vehicle Design...

...What you will learn On successful completion of the module the student will be able to: Undertake a mechanical design of a GW system, involving consideration of structural design principles, stress analysis requirements and vibration/aeroelasticity effects Synthesise suitable intelligent based... Learn about: Structural Design...

... leading to inaccurate solutions. This course gives an overview of external flow problems in aeronautical and aerospace applications. It then details the different CFD methods which can be employed for subsonic, transonic, supersonic and hypersonic flow regimes. This ranges from methods for design...