Mechanical Engineering projects, Dissertation topics, Thesis, Mechanical project report ideas, Mechanical engineering project list, Mechanical projects for final year students, Mech engg project topics, Mini projects, Major project mechanical engineering
Actions such as the WEEE Directive and RoHS Directive are forcing electronics suppliers to transition their products from tin-lead to lead-free solder in order to support consumer goods. The defense and avionics industries obtain their parts from the same suppliers and must
In this thesis, the application of Cosserat mechanics to micro-scale structures is explored. Different structures considered include micro-scale gyroscopes, micro-cantilevers, and clamped-clamped micro-structures. Two-dimensional formulations with nonlinearities up to third order are derived and presented. Different parameterization schemes are used and the
A novel method of fabricating functionally graded extruded composite materials is proposed for propellant applications using the technology of continuous processing with a Twin-Screw Extruder. The method is applied to the manufacturing of grains for solid rocket motors in an end-burning configuration
In a refrigeration cycle, condensed liquid refrigerant is expanded to a two-phase fluid entering the evaporator. In many applications, the evaporator paths are divided into a number of parallel sections to keep the pressure drop across the evaporator within a reasonable range
Often complex molded parts include undercuts, patches on the part boundaries that are not accessible along the main mold opening directions. Undercuts are molded by incorporating side actions in the molds. Side actions are mold pieces that are removed from the part
Assistive ambulatory devices with axillary supports are compared using a multidisciplinary approach. Axillary supports are commonly referred to as “shoulder supports” on standard crutches. A framework is presented that compares axillary supports based on loading characteristics during initial contact and during a
Research in product design optimization has developed and demonstrated a variety of modeling techniques and solution methods, including multidisciplinary design optimization. As new techniques migrate to the industrial world engineers are faced with much more complex problems often extending beyond their realm
This thesis introduces a fault injector, called “Pulad”, specifically developed for finding application vulnerabilities. Most previous approaches for finding application vulnerabilities involved static verification methods. With these methods, the source code is not executed. Since vulnerabilities can only be revealed when they
Increasing electronic product manufacturing volumes and cooling requirements necessitate the use of new materials and innovative techniques to meet the thermal management challenges and to contribute towards sustainable development in the electronic industry. Thermally conductive polymer composites, using high thermal conductivity fillers
The drive to increase circuit density with smaller PWB geometries and higher layer counts in multi-layer boards along with the increasing use of electronics in harsh environments for high reliability and safety critical applications (automotive, avionics, medical, military) have made short circuiting