Prove that $ f (x) = sum_ {n = 1} ^ { infty} e ^ {- nx} sin {(n pi x)} $ is infinitely differentiable on $ (0, infty) $,
I have succeeded in proving only one time differentiability using a nearly uniform convergence of derivative series.
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Prove that $ f (x) = sum_ {n = 1} ^ { infty} e ^ {- nx} sin {(n pi x)} $ is infinitely differentiable on $ (0, infty) $,
I have succeeded in proving only one time differentiability using a nearly uniform convergence of derivative series.
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Post Time: June 19, 2019 at 18:38.
BlackHatKings: General PPC discussion
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Post Time: June 9, 2019 at 5:12 pm.
Find the value of $ lim_ {x an infty} frac {lnx ^ n-[x]} {[x]} $where n is a natural number and [.] represent the largest integer function
I can not solve this problem.
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Siemens PLM Software has released the first maintenance package of the PLM NX 12 software, a major release with significant new features across the product. With the release of NX 12, Siemens PLM is still looking for innovation to improve an already mature system.
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The latest version of the Siemens NX software (NX 12), Convergent Modeling, the all-new modeling paradigm, is the next major breakthrough in digital product development that greatly simplifies working with geometries consisting of a combination of facets, surfaces, and bodies the need for time-consuming data conversion. Convergent Modeling, the first technology of its kind, will help engineers optimize component design for 3D printing, accelerate the entire design process, and make reverse engineering a more common and efficient approach to product design. In addition, NX 11 offers numerous enhancements to the integrated computer-aided design, manufacturing, and engineering (CAD / CAM / CAE) solution, such as the next-generation 3D-CAE based on the newly announced Simcenter 3D software, and enhanced CAM Productivity with tools like robotic machining and hybrid additive manufacturing to increase productivity.
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Does anyone have this camera that can help troubleshoot Wifi / Mobile issues?
I have this camera, it worked well. The wireless and mobile reception was good. After use, they have dropped dramatically, so that the transfer rates of images over Wi-Fi or mobile networks are less than 1 MB / s
If the camera is right next to the wireless router, this will be greatly improved.
I did a factory reset and reset and tried to assign static and dynamic IP addresses.
There seems to be no difference in 2.4 GHz or 5 GHz networks.
File size: 9.0 / 0.6 GB
Siemens NX software is a flexible and powerful integrated solution that helps you deliver better products faster and more efficiently. NX offers the next generation of design, simulation and manufacturing solutions that help businesses realize the value of the digital twin.
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NX supports all aspects of product development, from concept development to engineering and manufacturing, providing you with an integrated toolset that coordinates disciplines, preserves data integrity and design intent, and streamlines the entire process.
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NX for Design is the industry's most powerful, flexible, and innovative product development solution. It delivers the features, performance, and capabilities to bring products to market faster than ever before.
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Benefit from efficient end-to-end manufacturing processes and deliver high-precision parts through digitization.
Program CNC machine tools, control robot cells, drive 3D printers, and monitor quality with a software system. Transform your parts manufacturing business digitally to increase productivity and increase profitability.
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The end-to-end development process of complex assemblies requires consistent management of information and level of detail. Therefore, implementing an efficient fastener attachment process is critical to keeping any program on schedule. Syncrofit's software portfolio provides a concurrent approach to the design and manufacturing process that enables users to effectively respond to the complexity of parts-assembly dependencies. Syncrofit is the only production-proven, CAD-integrated, commercial standard solution (COTS) for managing complex assemblies.
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Siemens PLM NX 1855
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The Siemens product team is proud to introduce the latest version of NX. This release is an important milestone in our industry as we transition to a continuous release process.
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This makes it easy for you to keep up-to-date with the latest version of NX, giving you easy access to new features, performance and quality improvements. NX automatically checks for updates, and you can control whether and when you deploy those changes.
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– Simcenter 3D is a unified, scalable, open and extensible environment for 3D simulation. In this release of Simcenter 3D, we introduce new, state-of-the-art simulation capabilities, enhance connectivity with the broader Simcenter portfolio and extend the integrated multidisciplinary environment to provide an advanced simulation solution space. Highlights include new and improved simulation solutions for the generative design and simulation of the additive manufacturing process Simcenter 3D, which can be used today to simulate tomorrow's design and manufacturing processes. In addition, Simcenter 3D's simulation footprint has been extended to cover new solutions such as transmission simulation, reducing the overall transfer simulation time by 80%. This release also includes new links to the digital thread through synergies between Simcenter 3D and the broader Simcenter portfolio such as STAR-CCM + for the analysis of aeroacoustics and aero-vibro acoustics. With additional enhancements built on the new Convergent Modeling ™ capabilities in NX, you can also directly link converged bodies to optimize the analysis of scanned or optimized data. Overall, Simcenter 3D helps engineers drive innovation, reducing the effort, cost, and time to predict product performance.
We're confident that this version of NX will make you more productive than ever before, and that it will help you get more out of your investment by making it easier to implement and use the latest features and improvements to stay at the forefront of industry trends.
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We consider the function series:
$ U_n (x) = sum_ {n = 0} ^ {+ infty} (-1) ^ n ln (1 + frac {x} {1 + nx}) $ , $ x geq0. $
Prove that $ U_n $ is convergent.
Study the unified convergence of $ U_n $,
Study the normal convergence.
We consider $ U (x) = sum_ {n = 0} ^ {+ infty} (-1) ^ n ln (1 + frac {x} {1 + nx}) $, Prove that $ U (x) $ is of class $ C ^ 1 $,
To calculate $ U & # 39; (x) $,
We have: $ (-1) ^ n ln (1 + frac {x} {1+ nx}) sim (-1) ^ n frac {x} {1+ nx} leq frac {(-1) {n}
implies $ $ U_n (x) $ converges.
I do not know how to ask this question because I do not know the value of the sum $ U_n (x) $ to calculate : $ lim sup | U_n (x) – l | $, How can you tell if the series has a consistent convergence?
For normal convergence we have: $ sum sup | U_n (x) | = sum ln (1 + frac {1} {n}) = + infty $
therefore $ sum U_n $ does not converge normally.