This project has been assigned by SwePart Transmissions AB. It is about calculation and dimensioning, of the elements in a cycloid stage of a speed reducer. Their idea is to use the results from this project and go into production of Continue reading
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Tag: CAD
Development of an Interactive Camshaft Design Tool (Mechanical Project)
Camshafts are crucial components in combustion engines. Their purpose is to control the opening and closing of intake and exhaust valves, which affects various aspects of an engine’s performance. The valves control the intake of Continue reading
Energy Efficiency in Rotating Equipment (Mechanical Project)
This paper reports the findings of the first stage of a study on how the efficiency of a centrifugal pump depends on the eccentricity of the impeller (rotor). The geometry of the pump is based on the ERCOFTAC centrifugal pump that Continue reading
Development of New Rotation Concept for Rock Drills (Mechanical Project)
In blast hole drilling, it is desirable to be able to drill as close as possible to the edge of the tunnel. The minimum distance from the edge is defined by the Continue reading
Solar Car Suspension System (Mechanical Project)
Our primary goal as the solar car suspension team is to design the front and rear suspension systems for our solar powered vehicle. This is an interdisciplinary project provided by PROVE Lab. PROVE Lab is a Prototype Vehicle Laboratory started at Continue reading
Development of the End-Effector of a Cable-Driven Parallel Manipulator for Automated Crop Sensing (Mechanical Project)
ABSTRACT
A four cable-driven parallel manipulator (4CDPM), consisting of sophisticated spectrometers and imagers, is under development for use in acquiring phenotypic and environmental data over an acre-sized maize field. This thesis presents the Continue reading
Computational Foundations for Computer Aided Conceptual Design of Multiple Interaction-State Mechatronic Devices (Mechanical Project)
Increasing autonomy and intelligence in mechatronic devices requires them to be multiple interaction-state devices. Different modes of operations and different types of interactions with the use-environment require the device to have multiple interaction-states, each state capable of producing a different behavior to meet its intended requirements.
For multiple interaction-state mechatronic devices, a satisfactory framework Continue reading
Volume Computation: A comparison of total station versus laser scanner and different software (Civil Project)
The Laser scanner belongs to the new devices on the market of surveying instruments. Tests and measurements gave and still give information where a laser scanner can be used efficiently – partly better than a total station. The results of each measurement are Continue reading
Component Meshing Methodology (Mechanical Project)
In order to achieve results that are reliable when using the finite element method one has to use an acceptable element mesh with respect to the Continue reading
Computer Aided Design of Side Actions for Injection Molding of Complex Parts (Mechanical Project)
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 Continue reading
Development of a CAD Model Simplification Framework for Finite Element Analysis (Mechanical Project)
Analyzing complex 3D models using finite element analysis software requires suppressing features/parts that are not likely to influence the analysis results, but may Continue reading
Exploring the Design Space of Aluminium Tubing using Knowledge Objects and FEM (Mechanical Project)
There are great possibilities to cut lead time in product development process by automation of the routine work. Finite Element Analysis (FEA) is often used to Continue reading