1. Elaboration concept of model which
includes planned objects and their connections (10 marks), plan of model
definition including object parameter level contextual connections (30
marks). Deadline: 30. October 2017.
2. Development of engineering model (40 marks). Model and its
components are arbitrary to choose. However, model must include mandatory
features as below:
Three solid bodies each include five volumetric
features of different types. Solids are connected by placing and DOF
definitions using engineering connection between two of the solids. Mechanism
should be represented and simulated. Each solid must be built along
contextual chains of feature parameters. Simulation must be recognized or
defined for each object.
One of the solids must include surface
based feature. Surface should be defined separately, using two curves at the
minimum.
Model must include definition for
outside driving parameter, constraint, and formula.
The above part models and their engineering
connection and mechanism model must be developed and simulated using the V6
system in the laboratory. These models should be accessed in the V6 PLM
system. They will be evaluated in the V6 system. Please include names of V6
model items in the written part of assignment.
Appropriate
solid should be modeled and completed into finite element model (FEM). Using
FEM, finite element analysis (FEA) most be done for
two selected performance parameters.
The FEM/FEA model is to be developed
in the V5 system including the analyzed part model. The V5 and V6 PLM systems
are available at all seats in the laboratory for laboratory hours and
development of assignment. For this section of assignment, submission must
include the V5 model in the e-mail submitted material.
Dassullt systemes V5 and V6 systems are available with
appropriate modeling capabilities including the required active simulations
and checks at
all the 14 seats in the laboratory.
3. Presentation (10 minutes) about
development of model and experiences (20 marks) during the last or other
agreed class.