PROJECT HIGHLIGHTS DOCUMENT 30-07-2009

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研究生英语学术论文写作课件

Essential Strategies for English Academic Writing
Deng Yingling Foreign Studies College of Hunan Normal University
I. Course Description
This course is an attempt to guide the students to learn more advanced skills and strategies for thinking and writing in English of a more academic nature. They are required to write course papers and dissertations which have to meet certain internationally accepted academic standards.

研究的突出主题：对美国国民性的认识、对身份的建构、互文件导致的某些思想的传承和渊源关系等环境意识和生态保护意识引导着学者重新阐释早期作品。区域文学研究、早期乡士文学研究，与当下的环境意识和生态意识紧密联系起来，互为补充，互为印证，表现出很强的文化建设和思想建设性
美国小说研究存在的问题
美国小说文化研究

20世纪90年代以来文学研究的热点:从人文关怀的角度出发，摆脱经院式研究套路，把文学研究还置于产生这一文学现象的历史、文化、宗教、哲学、社会、民俗的背景之中加以研究，运用现代文化理论来审视文学现象，并给予文学文本以文化意义上的解读和阐释。我国对美国小说的文化研究:明显表现出对美国文学中亚文化现象的兴趣，如犹太文化、黑人文化、女性文化和中国文化。

Sesam 2015 Release Documentation

RELEASE DOCUMENTSESAM TM – 45 years of successVersion: The 2015 releaseDate: 22 December 2015Reference to part of this report which may lead to misinterpretation is not permissible.0 13 December2015 Torgeir Vada, Fan JoeZhang, CangboZheng, AanundBerdalJo Øvstaas, Sven-Kåre Evenseth, StyrkFinne, Arne ChristianDamhaugOle Jan Nekstad13 December 2015Prepared by DNV GL - Software© DNV GL AS. All rights reservedThis publication or parts thereof may not be reproduced or transmitted in any form or by any means, including copying or recording, without the prior written consent of DNV GL ASTable of contents1INTRODUCTION (4)2HIGHLIGHTS OF THE SESAM 2015 RELEASE (5)2.1 Sesam Manager (5)2.2 Sesam GeniE (5)2.3 Sesam HydroD (9)2.4 Sesam DeepC (10)2.5 Sesam Pipeline (10)2.6 Sesam Marine (10)2.7 Sesam Wind (11)3HOW TO UPGRADE (12)3.1 How to Download (12)3.2 Upgrading Sesam Manager (13)3.3 Upgrading Sesam GeniE (13)3.4 Upgrading Sesam HydroD (14)3.5 Upgrading Sesam DeepC (14)3.6 Upgrading Sesam Pipeline (14)3.7 Upgrading Sesam Marine (15)4DOCUMENTATION (16)5MAIN NEWS OF THE SESAM 2015 RELEASE (17)5.1 Sesam Manager (17)5.2 Sesam GeniE (18)5.2.1 GeniE Version 7.0-12 (18)5.2.1.1 Make Reports Including Graphics (18)5.2.1.2 Dynamic Sets (19)5.2.1.3 Partial Meshing – Remove Limitations (20)5.2.1.4 Mesh Editing (21)5.2.1.5 Robust Copying of Large and Complex Models (27)5.2.1.6 Multiple Water Depths (28)5.2.1.7 Compute Buoyancy of Members at Mudline (29)5.2.1.8 Grouted Member Modelling (29)5.2.1.9 Linearisation of Piles (30)5.2.1.10 Member Spectral Fatigue (30)5.2.1.11 Yield Strength Assessment According to CSR-H (32)5.2.1.12 Yield Strength Assessment According to VonMises (32)5.2.1.13 Yield Screening (34)5.2.1.14 Other Useful Enhancements (35)5.2.1.15 Supporting Programs (Wajac, Splice, Sestra, Framework) (38)5.2.2 GeniE Version 7.1-14 (39)5.2.2.1 13B Member Code Checking According to API 22nd Edition (39)5.2.2.2 14B Minimum Joint Capacity Check Based on API 21st/22nd Edition (39)5.2.2.3 15B Sea State Dependent Hydrodynamic Coefficients (40)5.2.2.4 16B Marine Growth Mass Separated from Wave Load Analysis (40)5.2.2.5 17B Import Linearized Pile Matrix (41)5.2.2.6 18B Additional SN-Curves for Fatigue Analysis (41)5.2.2.7 19B More Flexible Reporting (42)5.2.2.8 20B Local Finite Element Modelling – Edit and Refine Mesh (42)5.2.2.9 21B Quality Check of Imported Models via FEM Format (51)5.2.2.10 22B Yield Screening According to IACS CSR BC & OT (51)5.2.2.11 23B Other Useful Enhancements (52)5.2.2.12 24B Supporting Programs (Wajac, Splice, Framework, Xtract) (54)5.2.3 GeniE Version 7.2-07 (55)5.2.3.1 Print Modal Mass Factors (55)5.2.3.2 Full Support of API 21st and 22nd Edition (56)5.2.3.3 Contour Plotting of Pressure on Both Sides of a Shell (56)5.2.3.4 24B Supporting Programs (Usfos) (57)5.3 Sesam HydroD (58)5.3.1 Wasim Version 5.3-07 (58)5.3.2 Postresp Version 6.5-01 (58)5.4 Sesam DeepC (59)5.4.1 DeepC Version 5.0-06 (59)5.4.2 UmbiliCAD Version 1.2-02 (59)5.5 Sesam Pipeline (60)5.5.1 Fatfree Version 12.0-03 (60)5.5.2 StableLines Version 1.5-02 (60)5.5.3 OS-F101 Version 3.3-01 (60)5.5.4 SimBuck Version 1.13-01 (60)5.5.5 RP-F101 Version 1.0-01 (60)5.6 Sesam Marine (61)5.6.1 Sima Version 3.2-01 (61)5.6.2 Simo Version 4.6-01 (62)5.6.3 Riflex Version 4.6-01 (62)5.7 Sesam Wind (62)5.7.1 FatigueManager Version 3.2-1708 (62)6OTHER PRODUCT INFORMATION (63)7TECHNICAL NOTES (65)7.1 Supported Operating Systems (65)7.2 Recommended Hardware Configurations (65)7.3 Supported Beam Code Check Standards (67)8LIST OF SESAM PROGRAMS (68)1INTRODUCTIONThe Sesam TM 2015 Release is the collection of Sesam programs as of 30 November 2015. There are many significant updates on several Sesam programs as compared to the previous release (August 2014).“The continuous investments in Sesam lead to new and improved products that help our customers become more efficient. They also get higher data quality during import from other sources. This release is more complete for all the industry segments Sesam is supporting. These include jacket analysis, floater analysis (offshore and ship specific), riser and pipeline design and marine operations. The amount of new functionality is a proof that we invest heavily based on listening to customer needs” says Ole Jan Nekstad, Product Director Sesam.Your feedback is important to us and the above improvements are a result of such. We thank you for your continuous support of Sesam. If you have any suggestions, questions or problems please send an email to: software.support@ or contact one of our local offices.In this Release Document you can read about the new main features and how to upgrade models created in previous versions. Detailed update information for each Sesam program can be found on the Customer Portal.The three most significant updates during the last year are:-Manual and automatic refinement of a finite element mesh (requires a new license extension) - A new method for member fatigue (spectral fatigue) where the stress RAO’s are established subsequent to deterministic wave load and structural analyses-Supporting API 22nd including AISC 9thA global finite element model with a typical Automatic mesh refinement including transition mesh size of 400 mm. between fine (25 mm for this example) and coarsemesh.2HIGHLIGHTS OF THE SESAM 2015 RELEASESesam has been a modular system since the first release in 1969. This has proven to be a success since our customers can pick the functionality they need. The modularity also eases replacing outdated program modules with new and modern software, again to the benefit of our customers. To ease the understanding of the Sesam offerings we have made some packages. These are described in the following and include the highlights for this release. More details may also be found in Chapter ‎5.2.1Sesam ManagerSesam Manager has been updated with the following new features:∙Translate and import Sesam (Brix) Explorer job∙Batch execution of Sesam Manager and workflow within it∙Built-in templates and link to downloadable Sesam examples∙Information on new Sesam program versions when you start Sesam Manager. You may download updated program versions directly from this view. It is required that you are connected to the internet.2.2Sesam GeniESesam GeniE includes all Sesam programs needed to do structural analysis. It also interacts with Sesam HydroD to make hydrodynamic models and to read hydrodynamic results. Since the previous Sesam 2014 release (August 2014) there have been four GeniE releases including supporting programs (Wajac, Splice, Sestra, Framework and Xtract). The main benefits of these releases are:∙Make reports including figures. Our users can now make reports that include graphics of structure, finite element model and results. The figures are automatically generated and the user may decide the view angle or use the default options. By this we expect many man-hours can be saved since it is not necessary to manually cut and paste figures into a report. Further savingswill also be gained after a re-design since the report is automatically updated.∙Partial meshing supports Sesam Quad and can be used on fixed structures. Partial meshing can now be used for all types of linear analysis started from GeniE or Sesam Manager. This will help users save significant meshing time during re-meshing after a change in structure or meshsettings. For jacket and topside analysis, partial meshing will lead to a constant finite elementnumbering system where only new node/element numbers are introduced when there is achange in structure or other mesh settings.∙The user can edit a mesh including edit node position, move elements, collapse elements, keep mesh, delete elements and refine grid. Manual mesh editing makes it is easy to gain highprecision control of the FE mesh. In most cases the automatic mesh generation based on mesh algorithms will give a satisfactory result. However, in some cases the user wants to improve the mesh based on own experiences or other requirements. GeniE now supports two options for doing so: Either change the mesh settings or manually edit the FE mesh. All mesh editing is scripted meaning that a model can be recreated at a later stage. For long term compatibility it is advised to use the GNX format for storage. Mesh editing can be done on both flat and curved surfaces. The first release of mesh editing is limited to first order elements.∙Robust copying of very large models. A new method for copying large models will ensure that all structural components are part of the copy operation. Previously and in special cases our users experienced that not all structural components were copied and a manual repair of the model was necessary. Instead of copying each structural component they are now all grouped and copied in one operation.∙Jacket specific: Supporting multiple water depths. Users may now define several water depths in the same analysis. This will make it much easier for jacket designers to specify the analysis input data as well as to do results screening and code checking. Previously it was necessary to do several code check runs based on multiple analyses prior to a manual check of worst conditions.This can now be done automatically in one code check run based on one analysis.∙Jacket specific: Compute buoyancy of members at mudline. Users can now easily include the buoyancy of members that are modelled at same elevation as the mudline. Previously it was necessary to adjust the mudline elevation with a couple of millimetres to achieve the correct buoyancy.∙Jacket specific: Automatic computation of mass and buoyancy area of grouted members. When defining a grouted member the mass of grout is automatically included and the buoyancy area is computed. Previously, it was necessary to manually derive the equivalent mass density and buoyancy area and apply these to the model.∙Jacket specific: Compute pile equivalent spring matrix. The new version lets you decide which load-combinations shall be used in the computation to derive a 6x6 equivalent spring-to-ground matrix for each pile. In earlier versions this was a manual, tedious and complex procedure.∙Jacket specific: Member spectral fatigue. This is a new method in Sesam for member fatigue and it is an add-on to the previous deterministic, stochastic and time domain (also known as rain-flow counting) fatigue methods. The spectral fatigue methodology is based on non-linear wave load calculation in time domain and calculation of stress RAO’s subsequent to the structural analysis. This means that the non-linear wave load effect typically in the splash zone (variable submergence and drag force) is accounted for contrary to the stochastic method in which the linearization is done prior to the wave load calculation.∙Ship and hull specific: Yield strength assessment according to VonMises and CSR-H (IACS Common Structural Rules for Bulk Carriers and Double Hull Oil Tankers, published in July 2015).This means that it is possible to perform yield strength assessments based on a global model to decide whether to perform refined analyses, i.e. refine the FE mesh locally and re-run theanalysis. The yield strength assessment is based on the membrane VonMises stress and when performing a check according to CSR-H the acceptance criteria for different structuralcomponents are automatically accounted for. For a simple yield check the user can include user defined safety factors for the individual parts.∙Supporting member code check according to API 22nd including AISC 9th. Member and tubular code checking can now be performed based on the latest edition of API 22nd edition. Thisincludes the use of AISC 9th for non-tubular members. Furthermore, the AISC 9th code check edition can be used directly for a model including tubular members. The user benefit is that use of the code check according to API 22nd can be done without labour intensive customer made spread sheets.∙Minimum joint capacity check based on API 21st/22nd edition. This minimum joint capacity check is performed on joints denoted critical by the user. It requires that a member code check has been run prior to the joint capacity check since the minimum joint capacity will be based on 50% of brace effective strength. By this we expect savings in engineering hours as this check now can be done in GeniE instead of customer made spread sheets.∙Sea-state dependent hydrodynamic coefficients for different directions and water depths. For jack-ups and jackets with many conductors the hydrodynamic analyses are often carried out with different sets of hydrodynamic properties (C d and C m). Previously this was done in GeniE based on multiple analyses with only one set of hydrodynamic coefficients in each analysis. This time consuming analysis approach including manual screening of results is now replaced by a new feature allowing all this to be done in a single analysis. This leads to a very efficient analysis execution, code checking, re-design and automatic reporting.∙Marine growth mass separated from wave load analysis. The weight of marine growth can now be separated from the wave load analysis in a separate load case. This means that different load factors can be used for wave loads and weight of marine growth in a load combination.Previously it was cumbersome to set up wave load analysis to achieve the same.∙Import linearized pile matrix. This feature will significantly help our users to run a non-linear pile-soil analysis with the purpose to automatically compute linearized spring stiffness at the pile head at seabed (linearized pile matrix) based on governing load combinations specified by the user. Furthermore, the linearized pile matrix can be imported to be used as boundary conditions replacing the piles and soil. Engineering will now be more efficient since this was previously done following a labour intensive manual procedure. This feature is normally used in connection with free vibration and fatigue analyses.∙Additional SN-curves for fatigue analysis. It is now much easier to select SN-curves since they can be selected from a pull-down menu instead of typing the names. Furthermore, the program selects the relevant part of the SN-curve based on the elevation provided by the definition of the splash zone. This means that the only definition needed is two input parameters for the splash zone and one SN-curve. Previously it was necessary to use 3 different SN-curves: for air, free corrosion (splash zone) and corrosion protected (the water zone). Finally, additional SN-curves have been implemented eliminating the need for manual definition of the curves.∙More flexible reporting. For graphical reporting chapters can be moved up and down by cut and paste. Also, a chapter can be copied and edited. This makes graphical reporting more useable and faster. The benefit for the user is easiness in making a report where the order of the table of content can be changed.∙Local finite element modelling – edit mesh and refine mesh. Mesh editing was introduced in the previous version of GeniE. The edit mesh functionality has been significantly improved byfeatures for mesh alignment (based on start/stop finite elements or move and adjust based on start/stop positions) as well as delete and insert surface elements within an existing plate. Edit mesh now also supports 2nd order finite elements. The big time saver for our users is to very quickly include refined mesh details in a global model. The new feature refine mesh has been shown to more than 1000 engineers and the feedback is that they can speed up the modelling time from days and hours down to a few seconds per detail using the new and automatic mesh refinement options. The figures below show two examples where automatic mesh refinement options have been used.∙Quality check of imported models via FEM format. Prior to importing a FEM model it is now possible to do a quality check of the data. In other words, the user is informed about the quality of the data based on a selection of quality check criteria. There are also some means forimproving the quality of the FEM file prior to importing it into GeniE. The benefit is that it can be done and documented prior to import instead of finding the weaknesses afterwards.∙Yield Screening according to IACS CSR BC & OT to identify areas for refined analysis. The new standard for bulk carriers and oil tankers is effective as of 1 July 2015. The benefit for our users is that they can document compliance to this standard by using this version of GeniE together with the latest release of Nauticus Hull. It is possible to perform yield strength assessments based on a cargo hold model to decide whether to perform refined analyses, i.e. refine the FE mesh locally and re-run the analysis. The yield strength assessment is based on the membrane VonMises stress and when performing a check according to this standard the acceptance criteria for different structural components are automatically accounted for. For a simple yield check, theuser can include user defined safety factors for the individual parts. There are also built-in rules for how to treat holes and mesh details for refined models (including automatic conversion ofbeam element to surface FE). The figure below shows a beam element that has beenautomatically converted to plate FE (blue colour). The conversion takes care of material andstiffness properties, eccentricities, sniping details and connectivity between plate FE andsurrounding beam FE.∙Support for DNV GL rules (draft version, July 2015). The new version of GeniE supports cargo hold and detailed analyses, loads, boundary conditions, corrosion addition and buckling check when used together with the latest release of Nauticus Hull.∙Print modal mass factors. Following an eigenvalue analysis it is now possible to print the individual mass participation and the relative accumulative mass participation factors. Both are needed to verify that the correct eigenmodes are part of a dynamic analysis2.3Sesam HydroDSesam HydroD includes all Sesam programs needed to do hydrostatic and hydrodynamic analysis. It is based on model data from Sesam GeniE and it will produce results for use in structural analysis to be used by Sesam GeniE. Compared to the 2014 release Wasim and Postresp are updated.The most important new feature is:∙Stream function wave theory is implemented inWasim. This will remove virtually all limitation ondoing analysis in shallow water.Other important new functionalities are:∙The DNV-NA scatter diagram is updatedaccording to the 2014 edition of ClassificationNote 30.7.∙Results for both relative motion and waveelevation from Wasim.∙Postresp can read data for sum-frequency only ordifference frequency only.2.4Sesam DeepCSesam DeepC focuses on mooring, riser and umbilical analysis. Such analyses are often carried out based on a coupled analysis approach.The latest release has focused on engineering efficiency through concept modelling of complex parts involved in typically offloading analysis, tendon disengaged analysis and pipe-laying analysis.2.5Sesam PipelineSesam Pipeline is a collection of tools to ensure compliance with DNV Recommended Practices for offshore pipelines.There are updated versions of FatFree, StableLines, SimBuck and OS-F101. In addition we have released a new program called RP-F101 for the assessment of corroded offshore pipelines.2.6Sesam MarineSesam Marine addresses marine operations. As for Sesam DeepC the analyses are often based on a coupled analysis approach.The most recent version addresses both usability (e.g. better reporting, more examples and improved post-processing) and new functionality (for example a better load model between inner and outer pipe).2.7Sesam WindSesam Wind is an add-on to the Sesam GeniE package. It also includes import of wind load time series and set-up of multiple analyses with varying wind direction and duration followed by a fatigue analysis.With the new release you can more easily include structural self-weight into the analysis as well as use variables in the definition of wave load input.3HOW TO UPGRADE3.1How to DownloadThe new version of GeniE can be downloaded from our Customer Portal located on Customer Portal (https:///cp).Please note the following:-You need your own user id and password to log in to the Customer Portal. If you don’t have an account enter your email address for us to validate you as a user and we will email you logindata.-The Sesam 2015 release supports Windows 7 and Windows 8.1. See Chapter ‎7.1 for more details.-The Sesam 2015 release supports 64 bit operating systems. If you use the default destination folders a 32 bit program will be installed in C:\Program files (x86)\DNVGL and a 64 bit program in C:\Program files\DNVGL.-After installation and prior to using the new versions start the Application Version Manager (AVM) to ensure that the correct versions of the different applications are set as default.-Other useful information may be found in the Installation Guideline.3.2Upgrading Sesam ManagerThe Sesam Manager database is compatible with previous versions. It is also possible to import data from previous version using js (script), xml or zip files. The js and xml files recreate the workflow while the zip file also contains input and result files of the programs included in the workflow.The license file is the same as before.3.3Upgrading Sesam GeniEUpgrading from Previous GeniE VersionsBefore you upgrade, please make sure you have relevant data i.e. js files or xml files to be used when regenerating your models in the new GeniE version.There are four alternatives for migrating data from a previous version of GeniE. For a full description of data transfer capabilities and limitations please consult chapter 10 in Volume 3 of the GeniE User Manual. You can download the user manual from the Customer Portal before installing the programs.-The first alternative is using the js journal file – make sure that it runs safely (File -> Read Command File) in the previous GeniE version before importing it into the new version. Thejournal file is complete and may contain analysis runs, code checks and report generations. Itwill also contain changes and deletions of model data, in short everything you did in the course of your work.-The second alternative is using the condensed js file (the so-called clean js file). This file is more or less complete for jackets and topsides where there are no curved structures. The environment and analysis set-up is included but note that code check data is not part of the clean js file. From version 6.6 and onwards the clean js file includes curved guide curves, curved beams and curved support curves.-The third option is by use of the XML import and export feature. The XML file contains a neutral definition of the workspace – it is complete except for code check details and reporting. If youare upgrading from GeniE 6.3 or later the xml file includes code checking of beams. Thefunctionality is available from File -> Export -> XML Concept Model and File -> Import -> XMLConcept Model.-The final option is by use of the new GNX import and export feature. This option can be used when migrating data from the 6.8-14 version to later versions of GeniE or when transferring data to new workspaces using this version of GeniE. The GNX zip file contains XML and FEM files. Ifyou have multiple analyses all FEM files will be part of the data storage.You can use your existing license file to run the new version of GeniE. Please note that there are features (code checking of beams (CCBM) or plates (CCPL), modelling of curved structure (CGEO), mesh editing (CGEO) and mesh refinement (REFM)) that require a license key in addition to the one for the basic program version.For the execution of plate code check according to DNV GL Rules you must install the Rule Service15.20.53. The GeniE license for code check of plated structure (CCPL) is required.For use of PULS Excel and PULS Advanced viewer for refined plate code checking installation of Nauticus Hull is required. This requires a separate installation and separate license keys.Other Applications than GeniEFor the programs Wajac, Sestra, Splice, Installjac, Framework, Platework, Submod, Usfos, Cutres, Stofat, Presel and Xtract the update information is found on the Customer Portal. If you want to convert soil data from Sesam GeniE to Usfos you should install the utility tool soil.exe from .The respective license files are the same as before.None of these other programs are using database technologies rather they have input files in form of “*.jnl” or “*.inp” files. This means that previous input data can be used to regenerate the data.3.4Upgrading Sesam HydroDUpgrading from Previous HydroD VersionBefore you upgrade make sure you have copies of HydroD journal files (js files) to be used when regenerating your models in the new HydroD version. Importing the data to a new version will be more efficient if you use the feature to export a so-called clean js file. HydroD can also import old Prewad input files in case you have not used HydroD before. Older versions of Wasim (Wasim Manager) did not have scripting which means that if you want to re-run old Wasim models you must first convert them manually to the new HydroD user interface.The license file for HydroD is the same as before.Other Applications than HydroDFor the programs Wadam, Wasim, Waveship and Postresp, the update information is found on the Customer Portal.The respective license files are the same as before.Wadam, Wasim and Waveship are not using database technologies. Previous input data can be used as is to regenerate the data. Postresp has a database. Postresp 6.5 will read a database created by Postresp 6.4. It will also read jnl-files created for Postresp 6.4.3.5Upgrading Sesam DeepCUpgrading from Previous DeepC VersionBefore you upgrade make sure you have relevant js files to be used when regenerating your models in the new DeepC version.For DeepC you can import the journal file (js file) created from your modelling sessions. Alternatively, you can export a condensed js file (the so-called clean js file) and import this into the new program version. These actions are available from File -> Save Clean JS and File -> Read Journal File. The data transfer is complete, but you need to re-run your analyses.The license file for DeepC is the same as before.Other Applications than DeepCFor the programs Simo, Riflex and Vivana, the update information is found on the Customer Portal.The respective license files need to be updated.None of the other programs are using database technologies rather they have input files in form of “*.jnl” or “*.inp” files. This means that previous input data can be used to regenerate the data. Some of the tools are Excel based meaning that the previous data can be used in a new program version.3.6Upgrading Sesam PipelineSesam Pipeline contains FatFree, StableLines, PET (Pipeline Engineering Tool), OS-F101 and SimBuck. The license files for these programs are the same as before.。

验收报告英文

验收报告英文Title: Acceptance ReportIntroduction:In the world of project management, an acceptance report holds great significance as it marks the completion of a project and the handover of deliverables to the client or stakeholders. This article aims to provide insights into the components and importance of an acceptance report.1. Background Analysis:The acceptance report begins with a comprehensive background analysis, outlining the purpose and objectives of the project. This analysis includes the identification of key stakeholders, project scope, and desired outcomes. It sets the foundation for the entire report, ensuring a clear understanding of the project's context.2. Project Deliverables:The report then proceeds to discuss the specific project deliverables that have been completed. It highlights the achievements, milestones, and key results that have been accomplished throughout the project'slifecycle. This section emphasizes the project's successful execution and demonstrates its alignment with the initial goals.3. Compliance and Quality Assurance:An essential aspect of the acceptance report is ensuring compliance and quality assurance. This section focuses on evaluating whether the project's deliverables meet the predetermined standards, technical specifications, and any relevant regulations or industry protocols. It emphasizes the adherence to best practices and quality control measures to guarantee the validity and reliability of the project outcomes.4. Testing and Validation:The testing and validation phase is critical in any project. This section outlines the procedures and methodologies used to verify the functionality, performance, and effectiveness of the project deliverables. It emphasizes the rigorous testing carried out to ensure that the project meets or exceeds the client's expectations.5. User Acceptance:User acceptance testing plays a crucial role in determining the success of a project. This section discusses the involvement of end-users or representatives in assessing the usability, user-friendliness, and overall satisfaction with the delivered product or service. It highlights any feedback or suggestions provided by users and how they have been addressed to enhance the final product.6. Risk Assessment and Mitigation:Every project is associated with potential risks and uncertainties that may impact its success. This section evaluates the risk management strategies employed throughout the project's lifespan. It discusses the identification, analysis, and mitigation of risks to ensure their impact is minimized. This demonstrates proactive measures taken to secure a successful project outcome.7. Lessons Learned:An acceptance report is an opportunity for project teams to reflect on their experiences and identify valuable lessons to be learned. This section explores the challenges faced, successes achieved, and the strategies employed throughout the project. It aims to capture valuable insights that can be used to improve future projects and enhance project management practices.8. Conclusion:The acceptance report concludes by summarizing the key findings, outcomes, and final recommendations. It highlights the successful completion of the project and reiterates the client's satisfaction with the deliverables. The report emphasizes the collaborative efforts, dedication, and professionalism of the project team in delivering a quality product or service.In conclusion, an acceptance report serves as a vital document to validate the successful completion of a project. It showcases the achievements, quality assurances, and user satisfaction. Through its comprehensive evaluation and reflection, it contributes to continuous improvement and enhanced project management practices.。

工程提前介入衔接会议纪要范文

工程提前介入衔接会议纪要范文IntroductionA meeting summary is an essential tool for ensuring effective communication and collaboration in engineering projects. The purpose of this document is to provide a sample template for an engineering early involvement integration meeting summary, which helps facilitate smooth transition and coordination between different project phases and stakeholders. This meeting summary aims to capture key discussions, decisions, and action items, enabling all participants to have a clear understanding of the project's progress and upcoming tasks.简介会议纪要是工程项目中确保有效沟通和协作的重要工具。

本文件旨在提供一个工程提前介入衔接会议纪要的示例模板，帮助促进不同项目阶段和利益相关方之间的顺畅过渡和协调。

这个会议纪要旨在概述关键讨论、决策和行动项，使所有参与者对项目的进展和即将进行的任务有清晰的了解。

Meeting DetailsDate: [date]Time: [time] Location: [location]Participants:- [Participant 1]- [Participant 2]- [Participant 3]- ...会议详情日期：[日期]时间：[时间]地点：[地点]参与人员：- [参与人员1]- [参与人员2]- [参与人员3]- ...Discussion Highlights1. Project Overview- Briefly described the objectives and scope of the project.- Discussed the timeline and major milestones.- Emphasized the importance of early involvement for seamless integration.讨论亮点1. 项目概述- 简要概述了项目的目标和范围。

英文简历的命名

英文简历的命名Creating an English Resu A Guide to Perfecting Your Job ApplicationIntroduction:In today's competitive job market, having a well-crafted and professional resume is essential to stand out from the crowd. When it comes to naming your English resume, it is crucial to choose a title that accurately reflects your personal brand and highlights your qualifications. This article will provide insights on how to create an attention-grabbing resume title and offer tips for expanding your resume content.1. Key Considerations for Resume Title:- Tailor your title to the specific job: Including the job title or key skills in your resume's name can instantly show potential employers that you are a suitable candidate.- Keep it concise: Instead of lengthy titles, opt for a short and impactful phrase that captures your main strengths and experience.- Use action verbs: Incorporating dynamic verbs in your resume title can demonstrate your proactive approach and convey your professional persona.- Avoid generic titles: Stand out by avoiding generictitles like 'Resume' or 'CV' and opt for something more unique and descriptive.Examples of Strong Resume Titles:- 'Marketing Manager with 5 Years of Digital Strategy Experience'- 'Results-Oriented Sales Representative Driving Revenue Growth'- 'Multilingual Project Manager Skilled in Cross-cultural Communication'2. Expanding the Resume Content:Once you have a compelling resume title, it's important to expand upon it in the document's content. Here are some tips to make your English resume shine:- Start with a professional summary: Begin your resume with a concise summary that highlights your most relevant skills, experiences, and achievements. This section should provide a clear snapshot of who you are professionally.- Emphasize achievements and quantifiable results: Instead of simply listing job responsibilities, focus on quantifiable achievements. Use numbers, percentages, or other measurable data to demonstrate the impact of your work.- Highlight relevant skills: Tailor your skills section tomatch the requirements of the desired position. Include both hard skills (technical abilities) and soft skills (communication, leadership, etc.) to showcase yourwell-rounded abilities.- Reverse chronological order: Present your work experience in reverse chronological order, starting with the most recent position. Include job titles, company names, dates of employment, and a bullet-point list of key responsibilities and achievements.- Education and certifications: Mention your educational background, including degrees earned, institutions attended, and dates. Include any relevant certifications or professional training that adds value to your qualifications.Conclusion:Naming your English resume appropriately and expanding its content effectively are crucial steps in creating an outstanding job application. By choosing a catchy and relevant title while incorporating impactful content, you can make a strong first impression on potential employers and improve your chances of landing your dream job.。

项目建议书

项目建议书英文回答：First and foremost, it is important to define what a project proposal is. A project proposal is a document that outlines the goals, objectives, and methodology of a proposed project. It is typically used to convince stakeholders to provide funding or support for the project.When writing a project proposal, it is important to be clear and concise. The proposal should be well-organized and easy to read. It should also be tailored to thespecific audience that you are writing for.There are many different elements that can be included in a project proposal. Some of the most common elements include:Executive summary: This is a brief overview of the project that highlights the key points.Problem statement: This section describes the problem that the project will address.Goals and objectives: This section states the goals and objectives of the project.Methodology: This section describes the methods that will be used to achieve the project's goals and objectives.Timeline: This section provides a timeline for the project.Budget: This section outlines the budget for the project.In addition to these elements, a project proposal may also include other information, such as:Background information: This section provides background information on the organization or project team.Evaluation plan: This section describes how thesuccess of the project will be evaluated.Sustainability plan: This section describes how the project will be sustained after it is completed.Once you have completed your project proposal, it is important to proofread it carefully before submitting it. You should also make sure that the proposal is formatted correctly and that all of the information is up to date.中文回答：首先，我们来定义一下项目建议书的概念。

ASTM F963-07 Highlights

» (5) squeeze toys [Combined to point (2) Child-actuated toys] » (7) sounds produced by toys with wheels as a result of their wheels making contact with the ground, floor, and so forth. [with new requirement and test method]
65 dB LAeq
Impulsive Sounds
95 dB LCpeak Excluding toys using explosive action: 115 dB Lcpeak
Except Close-to-the-ear 85 dB LAeq Toys
Except Close-to-the-ear 85 dB LAeq Toys
Bureau Veritas Consumer Products Services 8
1
Sound Producing Toys
Standard Revision Standard Revision
Section 4.5 Sound Producing Toys
• Requirement Short Summary Continuous Sounds Close-to-the-ear Toys
Jasmine Hui Training Officer, Training and Test Development Department
For the benefit of business and people
Standard Revision
SUMMARY

整理会议纪要英语

整理会议纪要英语在英语中，整理会议纪要（Minutes of the Meeting）的过程可以这样描述：pile Meeting Minutes: After a meeting, it's crucial tocompile the minutes for record-keeping and future reference.2.Drafting the Minutes: Begin by noting down the date, time,location, and attendees present at the meeting. Then, outline the agenda items discussed in chronological order.3.Recording Decisions: Accurately document all decisionsmade during the meeting, including motions, votes, andoutcomes. For instance, "Motion by Mr. Smith to approve the budget proposal was seconded by Ms. Johnson and passedwith unanimous consent."4.Capturing Action Items: Detail any action items assigned tospecific individuals or teams, such as, "Ms. Davis is taskedwith conducting further research on the project feasibility bynext week."5.Highlighting Key Points: Summarize key points raised indiscussions, ensuring that important points of consensus,disagreement, or concerns are captured.6.Review and Approval: Once the draft minutes have beencompiled, they should be reviewed by the chairperson or adesignated person for accuracy before being circulated to all attendees for their review and approval.7.Finalizing the Minutes: Upon receiving feedback and makingnecessary revisions, finalize the meeting minutes anddistribute them to all participants and relevant stakeholders. In English, a sample sentence could be: "After the meeting, I will compile the minutes which will include the date, time, venue, attendees, agenda items discussed, decisions made, action points assigned, and highlights from the discussion. These draft minutes will then be reviewed and approved before distribution to all attendees."。

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TABLE OF CONTENTPage No1. Project Name and Category (3)2.0. Vision (3)2.1. Objectives (5)2.2. Key Stakeholders (5)3. Department owner (6)4. Project description (6)5. Services delivered by the project (6)6. Present Status of the project (7)7. Contact Details (8)1. Project Name and CategoryAndhra Pradesh Health Management Information System (APHMIS) under Government to government (G2G), Government to Business (G2B) and Government to Citizen (G2C)2.0. VisionTo “Utilize information technology to enhance effectiveness of health governance & to improve the delivery of health care through the use of reliable, accurate and timely information.” The vision statement emphasizes on certain key aspects, which areeffectiveness of Health Governance: Aims to improve the administration of Human, Financial and Other Resources, directlyor indirectly, involved in the delivery of health care servicesdelivery of health care: The term includes Preventive, Curative and Epidemic management aspects of health care services in thestatereliable, accurate and timely information: This focuses on streamlining and redesigning the information flow for providingthe required information on demand, to the decision maker incustomized formats2.1. ObjectivesThe objectives envisaged as part of the vision for the AP-HMIS project are as follows:(I)Improve effectiveness of HR Management – Healthdepartment is a human resource centric department. Doctors andparamedical staff are the key professionals in the deliveryprocesses of health care services. Effective management of keyprofessionals can be achieved by targeting following sub-objectives.(i)Improved planning for recruitment, transfer & promotion(ii)Optimal workforce deployment - right people, right skills, right place, right time(iii)Assess Training needs & Plan Training Programs(iv)Assess Employee’s Performance- Optimize productivity & quality of work(v)Enhance employee convenience(II)Better Financial Management – Health Department executes various preventive, disease control/eradication, hygiene/awareness programmes in the state funded from different internal and external agencies. It is important to have a holistic view of the funds and expenditure to plan out the health activities in a better way. This objective can be achieved by working on following sub-objectives:(i)Better budget lifecycle management(ii)Improved control of expenditures(iii)Financial audit(iv)Effective management of Schemes(v)Effective management of construction projects(vi)Asset Management(vii)Inventory & Supply Chain Management(III)Improve Administrative Efficiency of Health Institutions – This objective focuses on improving the performance of field units of various sub-departments by achieving following sub objectives:(i)Optimal utilization of resources(ii)Performance management of Health Institutions(iii)Automated generation of MIS & Reports(IV)Improve Preventive Health Care Services– Performance of preventive health programs & epidemic management can beimproved by working on following sub-objectives:(i)Improved monitoring of preventive health programs(ii)Effective disease surveillance(iii)Reduction in response time for epidemic management(V)Improve Patient Care– Unlike others, this objective focuses on improving the services and experience of patient visiting theGovernment hospital for curative services.(i)Enhanced Efficiency & Convenience in the ADT (Admission– Discharge –Transfer) Process(ii) Maintain accurate Patient Health Records(iii) Timely Availability of medical supplies & equipment2.2. Key Stakeholderso Directorate of Health Services (DHS)o Directorate of Medical Education (DME)o Andhra Pradesh Vaidya Vidhana Parishad (APVVP)o Commissionerate of Family Welfare (CFW)o Andhra Pradesh Health Medical and Housing Infrastructure Corporation (APHMHIDC)o Drug Control Administration (DCA)o Andhra Pradesh State Aids Control Society (APSACSo Institute of Preventive Medicine (IPM)o Ayurveda, Yoga, Unani, Siddha, Homeopathy (AYUSH)o Aarogyasri Health Care Trusto Donor Agencieso Citizens3. Department ownerDepartment of Health, Medical & Family welfare (DoHM&FW), Andhra Pradesh4. Project descriptionDepartment of Health, Medical & Family Welfare, Government of Andhra Pradesh (DoHM&FW, GoAP) intends to deploy IT enabled robust Health Management Information System to provide decision support (Operating, Managerial & Strategic), enhance evidence based policy making and undertake effective monitoring leading to improve accountability and effectiveness at all levels of the health system. Accordingly, DoHM&FW, GoAP has engaged NISG as primary consultant to support them in design & developmrnt of appropriate IT enabled Health Management Information system5. Services delivered by the projectThe project envisages providing management related information in the following services:Financial Management-Item wise budget planning and expenditure tracking with a provision of approvals/workflow.HR Management- Information on sanctioned strength, staff in position and vacancies, personal details of staff, promotions, transfers, deputations, trainings and pay related details of different categories of permanent & contractual staff.Programme/Scheme Management- budgeting, expenditure and monitoring of progress of both state & centrally sponsored healthschemes/programmes in operation- like Reproductive & Child health (RCH), AIDS, Malaria, Tuberculosis, Leprosy etc.Performance Management of Health Institutions (HI)- Information pertaining to performances of different health delivery institutions (like PHC, Hospitals) based on Key Performance indicators (eg: service delivery indicators).Project Monitoring- Information pertaining to progress of project pertaining to construction/up gradation of hospital buildings/facilities.Inventory & Supply Chain Management- Ordering, procurement, storage, distribution and consumption with a provision of indent & approvals/workflow for items (like drugs and equipment) centrally purchased by APHMHIDC. Asset management- Information pertaining to fixed assets like equipment, buildings, vehicles etc.Disease Surveillance- Information on disease outbreaks, trends of prevalence, disease pattern etc.Vital Registrations- Information pertaining to birth & death registrationsVital Health Statistics- pertains to the statistics of disease patterns, population health indicators (eg: Infant Mortality, Maternal Mortality, Morbidity etc)Patient care services: includes admission, discharge & transfer in/from the hospital6. Present Status of the projectThe project is in the design & development stage.7. Contact DetailsNirmal Kumar Mandal, Manager (Projects) OR .Rama Devi, Manager National Institute for Smart Government,1st Floor, Astra Towers, Opp CII Building, Hi-Tech City, Kondapur, Hyderabad (AP) - 500084Phone:(91).40.3028.5696Fax: (91).40.3028.57。