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Verification experimental results demonstrated that material removal rate (MRR) at the obtained optimum can be significantly improved without sacrificing the surface roughness.
Both theoretical explorations and design examples demonstrate that the strength of compliant mechanisms can be significantly improved without compromising the efficiency, and trade-off designs that are better balanced between strength and efficiency can be obtained.
In addition, by replacing the binder phase Co with Ni or carbide binder, and even without binder phase, the corrosion and oxidation of the resultant materials can be significantly improved without considerable deterioration of fracture toughness.
Therefore, the trafficability and riding comfort can be significantly improved without losing loading capacity.
We show that compared with serving the VUEs directly from macro BSs, by using MNs, the QoS at VUEs can be significantly improved without sacrificing the performance of regular outdoor UEs.
By doing so, image quality and contrast can be significantly improved without having to expose the sample for large periods of time.
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Results show that the computational efficiency of the proposed explicit NMM has been significantly improved without losing the accuracy.
The results indicate that the flexural strain and flexural strength were significantly improved without impairing other flexural properties such as the flexural modulus, illustrating a great potential of the proposed concept in toughening of textile reinforced pCBT composites.
When the PCL content in the blend was increased to 50%, the mechanical property for elongation was significantly improved without sacrificing the pores on the membrane surface that help tissue segments adhere the membrane.
Our results demonstrate that the antibacterial properties of AmyI-1-18 against P. gingivalis are significantly improved, without a significant increase in hemolytic activity, by replacing asparagine with leucine at position 3.
If the spatial resolution is improved, it is possible to capture high-resolution and noise-free images in low light conditions because the sensitivity is significantly improved without color degradation.
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CEO of Professional Science Editing for Scientists @ prosciediting.com