Design specifications outline the detailed requirements and features of a product, including its appearance, materials, and functionalities. In contrast, performance specifications focus on how well the product should perform under specific conditions, detailing measurable criteria like speed, efficiency, and durability. Essentially, design specifications dictate "how it looks and works," while performance specifications define "how well it should work." Both are crucial for ensuring a successful product development process.
green design is sustainability and sustainbility is what green design is .
In Compiler there is no design word ,whereas in compiler design there is design word
There is quite a difference between industrial design and design engineering. Industrial design is an applied art where the usability of products can be improved. Design engineering is a discipline that creates and transforms ideas to satisfy the requirements of a customer.
FEED (Front End Engineering Design) focuses on the conceptual design and feasibility of a project, providing a comprehensive overview of the project scope, basic specifications, and risk assessments. In contrast, detail design engineering involves creating the specific technical drawings, calculations, and specifications necessary for construction, ensuring that all components are precisely defined and ready for implementation. Essentially, FEED lays the groundwork for a project, while detail design translates that groundwork into actionable plans.
Design specifications serve as detailed guidelines for the construction of a structure, outlining materials, dimensions, and performance criteria to ensure the project meets safety and aesthetic standards. For example, specifications may dictate the type of concrete to be used for a foundation to ensure it can withstand local weather conditions, or the dimensions of steel beams to support the roof adequately. These documents also help coordinate between various contractors and trades, ensuring that everyone adheres to the same quality and design expectations throughout the construction process.
The answer of this qustion is in "Fundamentals of Design and Manufacturing book"
Size, design, engine, performance, and many other features.
There are many differences, including design, performance, engine power, cost, and others.
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The difference between design and technique is quite elaborate. Design is the development and documentation of an idea while technique is the strategy that is used to do something.
The primary difference between the AYFS32YR and AYFS22FM spark plugs lies in their specifications and applications. The AYFS32YR typically features a different heat range and design suited for specific engine performance needs, while the AYFS22FM may cater to a different engine type or operational conditions. Additionally, variations in electrode design, material, and gap size can affect ignition and combustion efficiency. Always refer to the manufacturer's recommendations for the appropriate spark plug for your vehicle.
green design is sustainability and sustainbility is what green design is .
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In Compiler there is no design word ,whereas in compiler design there is design word
There is quite a difference between industrial design and design engineering. Industrial design is an applied art where the usability of products can be improved. Design engineering is a discipline that creates and transforms ideas to satisfy the requirements of a customer.
A between-subjects design is used to study differences between groups of people. This design involves comparing the performance or outcomes of one group to another group under different conditions or treatments. It helps researchers determine if there are significant differences between the groups being studied.
The primary difference between 455 Pontiac heads and 400 Pontiac heads lies in their design and specifications, which affect performance and compatibility. The 455 heads typically have larger combustion chambers, allowing for higher displacement and more airflow, which can enhance power output. In contrast, 400 heads generally have smaller chambers and different port configurations, which can influence compression ratios and torque characteristics. Additionally, the valve sizes and flow capabilities may vary, making them suitable for different performance builds.