If you are mechanical engineer and preparing for mechanical design interview based on CATIA V5. You are at the best place. Here are the mechanical design interview questions based on CATIA V5 section wise i.e., Sketching, Part design, Surfacing.
Ans: Computer Aided Three-Dimensional Interactive Application.
Ans: CATPart.
Ans: Yes.
Ans: Yes, go for Tools-Options-Infrastructure-Part Structure-Display.
Ans: No, it is not possible to enter into sketcher workbench directly. We have to go for any workbench and from there we can enter the sketcher workbench.
Ans: Exit CATIA sketcher.
Ans: Mm, kg, sec.
Ans: Construction elements assist in sketching the required profile in sketcher workbench.
Ans: SKETCH TOOLS in sketcher workbench are the commands, which find their very uses in creating sketches. Sketch tools are namely geometric and dimensional constraints, construction elements and grid options. They play very important role in sketching, whenever we want to constrain a sketch, we use these options and if we want to convert any element into a construction element once again these options come into picture.
Ans: Geometric constraint is a relationship that forces a limitation between one or more geometric elements.
Dimensional constraint is a constraint, whose value determines the geometric object measurement.
Top 50 solid edge Interview questions and answers
Ans: Show mode enable us to see all the components presently opened and in hide mode we can hide the desired elements from the view for time being.
Ans: Yes, with help of F3 button, but the option in Tools command must be checked to allow this.
Ans: We can measure an arc length by help of MEASURE ITEM command. Sometimes we need to customize the option for arc length if it is not checked earlier using customization in MEASURE ITEM command.
Ans: True dimension is the dimension desired after the machining. In other words, this is the value that should be attained after the machining.
Ans: In stacked dimension all the dimensions will be measured with respect to other reference. In chained dimension the dimensions will be measured one with respect to other.
Ans: This task shows how constrained sketched element reacts when we decide to vary one constraint.
Ans: Three dimensions are require namely major axis, minor axis and the distance from the origin.
Ans: Ellipse, Hyperbola and Parabola.
Ans: In symmetry command, the original sketch is deleted and the new one is created about the reference plane but with the help of mirror command we can retain both the new one and the original sketch about the reference plane.
Ans: Nurbs are the types of curves.
Ans: Three, namely, Cartesian. Polar and spherical co-ordinate systems.
Ans: In trim option, we can extend a line along with trimming of other of other unwanted elements. In quick trim we can only trim a line or curve and we can not extend or shorten it.
Ans: To check the whether the sketch is fully closed or not so that the sketch can be used for further operations in part design.
Ans: Axis is uses in creating revolve feature, eg., shaft.
Ans: Axis is visible in part design mode and can be selected but construction elements are invisible in part design mode and are not selectable.
Ans: Yes
Ans: We can convert line into axis but axis cannot convert into line.
Ans: Only one axis can be created in single sketch, if more than one axes are drawn then only one of them, the least one will be axis and others will be converted into reference elements.
Ans: Mirror command in sketch will create a copy of the sketch about a reference plane.
Ans: Explode and the relation between the original and mirror elements doesn’t exist.
Ans: Isolate is used when 3d geometry is projected onto a sketch in order to be modified and used as part of the sketch’s profile.
Ans: NO, we cannot select non planer surface as sketch.
Ans: Degree of freedom for point and line is 2, for circle it is 3 and for ellipse it is 5 in two dimensions.
Ans: Isolate- deletes logical link between the elements.
Separate- Separates lines, curves, faces from there links with other elements.
Ans: C NEXT.
Ans: Computer added (Design/ Manufacturing/ Engineering)/ Product Life cycle Management/ Virtual Product Module/ Virtual product data management/ Computational fluid Dynamics.
Ans: Yes, it is possible in CATIA.
Ans: First, give the dimension and using right click select add tolerance from the contextual menu and specify the tolerance.
Ans: Deactivates the links between parts.
Ans: Possible for open profile with thin pad option. Not possible with intersecting profiles.
Ans: A PAD is uses for single profile and MULTIPAD is uses for multi profile sketch.
Ans: No, we can not use an arc as axis for creating shaft.
Ans: A set of features that are grouped under to use in different context and having the capability to adapt changes when pasted.
Ans: Yes, using insert menu and insert body option.
Ans: A positive body is the one which when assembled with another body it gets added and negative body is the one which when assembled with positive body will get subtracted and it will get added if Boolean operations add is used instead of assemble.
Ans: Removing of material that is not physically connected to anybody.
Ans: The capability of reorder command allows us to rectify design mistake by reordering operations.
Ans: It sweeps the profile with respect to a specified direction. To select this direction, select a plane or an edge.
Ans: Using the option Angle/Normal to plane in PLANE command.
Ans: Ratio, Vertices, Tangency Discontinuity, Curvature then tangency discontinuity.
Ans: Yes (By multiselecting the feature and then selecting the pattern command)
Ans: De-activating the link between patterns and make them as independent entities.
Ans: Keep angle option in ribs and slots lets us to keep angle value between the sketch plane used for the profile and the tangent of the center curve.
Ans: Yes
Ans: A functional surface is the element that defines the face on a solid.
Ans: IUA=Interactive User Application. Its purpose is to customize the CATIA user command.
Ans: Scaling- Resizing the body to the scale that you specify, in all the direction equally.
Affinity – Resizing the body to the scale, which you specify in a particular direction only, specified by you.
Ans: The uses of law function involve the creation of geometry to control the differing aspects of a surface.
Ans: Solid primitives are the ready-made features available in a particular for use. One just need to enter the dimensions and can have solid ready-made e.g – Box, cylinder, Cone, Sphere.
Ans: It sweeps the profile while keeping the angle value between the axis and the reference surface constant.
Ans: Infinitely less
Ans: Mixture of solid and surface modelling.
Ans: Yes, we can set default colour for surface in CATIA.
Ans: Extrusion, revolve, sweep, fill and multi-section.
Ans: The purpose of federation is to regroup several elements making up joined surface or curve. This is especially useful when modifying linked geometry to avoid respecifying all input elements.
Ans: Yes, we can shell a sphere. For this we need to just select the shell command and give wall thickness. If we select the sphere as object to be shelled then it will show some error and we cannot shell it.
Ans: This task shows how to heal surfaces, that is, how to fill any gap that may be appealing between two surfaces.
Ans: This task shows how to smooth a curve, i.e., fill the gaps and smooth the tangency curvatures discontinuities, in order to generate better quality geometry when using this curve to create other elements, such as swept surfaces for examples.
Ans: Checking this button allows the system to automatically reduce the no of elements in resulting join whenever possible.
Ans: .CATPart is the file save extensions in CATIA surfacing.
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Thanks for valuable knowledge
very informative. thank you for sharing!