A standard is intended to achieve which one of the following: a. Design b. Performance c. Uniformity d. Safety
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Q: Standards of quality is the part of total quality assurance system
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A standard is intended to achieve which one of the following:
Design
Performance
Uniformity
Safety
Step by step
Solved in 2 steps
- hand written plz 6. Design for , that is, the load can be taken by other members or the effect of fatigue failure otherwise mitigated, until the failed component can be detected and repaired or replaced. This approach is common in aircraft structural design. 7. create variations in dimensions, which can affect wear and fatigue properties. 8. is often used as the starting point to identify the most important problems and the most likely causes. 9. is a type of failure mode identification test, which use one/two samples to establish multiple design inherent failure modes, and establish operating and destruct limits of a product. 10. concerns the improvement in reliability, during use, that comes from field data feedback resulting in modifications.Tolerance is .. Your answer Clearance is . Your answer Why it is important to generate a number of alternatives for each component or subassembly in configuration design? Your answerPLEASE SHOW COMPLETE FBD AND SOLUTION. PROVIDE AN EXPLANATION FOR EACH PROCEDURE.
- Match the following v Identify correctly Spatial arrangement and connection of different components of your product a. Problem definition b. Parametric design v Preliminary selection of materials, sizing of parts c. Gather information v Tolerances d. Concept generation v House of quality e. Concept evaluation v Brain storming f. configuration design vEngineering drawings g. Product architecture h. Detail designFrom the following identify the true statement relating to the term Predictive maintenance The maintenance on machines not to determine the actual time to failure and cannot improve the quality of the product. The maintenance on machines to determine the actual time to failure and can improve the quality of the product. The maintenance on machines not to determine the actual time to failure and can improve the quality of the product. The maintenance on machines to determine the actual time to failure and cannot improve the quality of the product.List 3 of the main reliability design analysis techniques
- Which tool helps to categorise risks into three colour-coded zones representing major, moderate, and minor risks Risk Priority Number Risk assessment matrix Failure Mode and Effects Analysis O Severity MatrixWhich one of the below statements is mostly NOT correct about in creation of detailed design of component? The selection of material is based on what is required to performance the function. The tolerance is determined by the function, not the preference of designer or manufacture. In the selection of manufacturing processes, the number of components to be manufactured needs to be considered, as the capital investment needs to be considered. I do not need to show or prove the component is working: such how much electricity is generated in power panel, how much braking force is generated in by the brake disc, or how much the force the component in suspension is subjected?3) a) A control system consists of an electrical power supply, a standby battery supply which is activated by a sensor and switch if the main supply fails, a hydraulic power pack, a controller, and two actuators acting in parallel (i.e. control exists if either or both actuators are functioning). i) Draw the system reliability block diagram. ii) Draw the fault tree appropriate to the top event 'total loss of actuator control'.
- Briefly define quality control and explain its purpose.Q1: Select the correct answer. up to A. Resilience is the energy absorbed by the material a. yield. b. ultimate sensile stress. c. fracture. B. The grain boundaries are a. less chemically active than grains themselves. b. the regions of orientation mismatch of the neighbouring grains. c. classified as linear defects. C. All polycrystalline materials are considered as isotropic because a) they have crystallographic direction-mechanical properties independence relation b) all the crystals' orientations are the same c) the random direction of many grains cancels the anisotropic effect D. Dislocations slip process in metallic crystalline materials a) is essential to explain why the metals exhibit much lower strength than that theoretically predicted based on metallic bonding. b) makes metals and alloys brittle. c) cannot be used to control the mechanical properties of metallic materials E. The atomic stacking ABCABCABC is for d) FCC crystal structure e) BCC crystal structure f) HCP crystal…Please show a step by step solution thankyou