Question

Difference between configuration design parametric design and detail design with an example

Answer 1

Configuration design is a kind of design where a fixed set of predefined components that can be interfaced (connected) in predefined ways is given, and an assembly (i.e. designed artifact) of components selected from this fixed set is sought that satisfies a set of requirements and obeys a set of constraints.

The associated design configuration problem consists of the following three constituent tasks:

Selection of components,
Allocation of components, and
Interfacing of components

Answer 2

Answer:

Configuration variables can be accessible in both the Part Studio area and the Assembly space, but parametric variables can only be used to control features in the Part Studio. Particularly because of this, configuration variables are quite effective.

Explanation:

Configuration design is a type of design where an assembly (i.e., designed artefact) of components chosen from this fixed set is sought that complies with a set of requirements and abides by a set of constraints. This fixed set of predefined components can be interfaced (connected) in predefined ways.

The three jobs that make up the related design configuration problem are as follows:

choosing components, placing components, and connecting components

Parametric design In contrast to being explicitly developed, features (such as architectural and technical components) are sculpted via computational procedures in parametric design. This approach establishes the connection between design response and design intent using parameters and rules. The algorithms' input parameters are referred to as parametric.

Although the phrase is currently used to describe the use of computer algorithms in design, architects have used it before. Using a mechanical model, Antoni Gaud created his architectural designs (see analogical model). He used a system of strings and weights to determine the forms of architectural components such as arches.

Two categories of parametric modelling can be distinguished:

Through a dataflow paradigm, propagation-based systems produce final forms that are unknown from the original parametric inputs.

Constraint systems, in which essentials (such as structures, material utilization, etc.) that fulfil these requirements are defined using algorithms.

Detail design The product's design must be finished during the detailed design phase. The design team works to finish the requirements for the final product, its components, subassemblies, and production procedures. Iteration is a key component of detail design, as it is in all other stages of product development.

As the design team gains greater insight into how design choices affect the product's performance, dependability, and cost, design trade-offs are made. The design team also learns more about the manufacturing processes for parts, subassemblies, and the final product, which enables it to alter and improve the designs and, if required, the product's design specifications.

The materials engineering viewpoint is necessary for the following detailed design phase components:

• Choosing vendors for specialized subassemblies and parts.
• Choosing commercially available subassemblies and parts.
• Finishing the design of unique subassemblies and parts.
• Creating manufacturing methods.
• Completing specifications for subassemblies, components, materials, and the production process.
• Conducting product verification tests.

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