With global competition on the rise, all enterprises must try to develop and keep their own core competitive advantage. To compete with other global business, the role of the research and development department is becoming more important. Innovative techniques or products have the ability to become an advantage. Therefore, improvement of the R&D department becomes a significant issue in the Global Business Management field. Enhancing the creative ability of R&D employees to increase the departments performance while confronting multi-national management issues raises some interesting problems. When a foreign-based company relocates to Taiwan, or foreign R&D employees are introduced to a local company, will they bring different cultures, and new approaches to the R&D department? In either case, does the R&D department try to adjust and blend different cultures to improve performance? When culture clashes occur, does the company try to apply some strategic control to match the new culture in the business? In order to solve the above questions, this research will focus on organizational culture, operational strategy and R&D performance. Including the classification of different organizational cultures and operational strategies,. Finally, analyzing the relationship among the organizational culture, operational strategy and the R&D performance and how they influence each other. After organizing the reference research and gathering the survey results from multi-national corporations of the top 500 businesses in Taiwan, we get the following results. 1. When a business leans toward a development culture, it helps to improve the global integration of the operational strategy and to further enhance the R&D performance. 2. When a business leans toward a rational culture, it is helpful to raise the local level of the operational strategy. 3. When a business leans toward a bureaucratic culture, the nature of bureaucracy lends itself to inefficiency. 4. When a business leans toward a development culture or a cohere culture, it is helpful to increase the number of patent rights, published essays from R&D, development of new products and the shift in technique 5. Global integration in multi-national corporations is directly proportional to R&D performance. Key words: multinational corporations, organizational culture, operational stratagem & R&D performance.

Emergency wood shoring towers are utilized by Urban Search & Rescue (US&R) specialists to temporarily stabilize a damaged structure. Standardized designs for wood shoring towers have been developed and are published in manuals for use in US&R operations. These designs have been validated largely through past testing under simplified vertical loading. Research was conducted to provide additional insight into the performance of two common types of shores, the laced post (LP) shore and the plywood laced post (PLP) shore, under non-ideal (other than vertical) loading scenarios. Shores were tested under vertical load only, under lateral load only, and under combined vertical and lateral load. For lateral loading, some shores were tested under monotonic lateral load (lateral load applied in one direction only) and some were tested under cyclic lateral loading. Each specimen was tested to failure, and the documented capacity compared to the FEMA specified shore design capacity. Early warning signs of shore distress known as "fuses" characterized by audible cracking sounds, cupping of the wedges, or cracking of members were also evaluated during testing for their effectiveness and consistency. The performances of the laced post and plywood laced post shores were compared and recommendations made. / text

Thesis (Ph.D.)--Ohio State University, 1970. / Includes vita. Includes bibliographical references. Available online via OhioLINK's ETD Center.

Som musikskapare har jag länge skrivit och producerat musik, men mycket av musiken har aldrig nått sin lyssnare. I denna uppsats har jag valt att skriva om hur processen kan se ut när ny musik ska publiceras och hur marknadsföringen kan se ut. Jag har samlat in data genom att intervjua verksamma inom musikbranschen samt. tagit del av ett podcastavsnitt och webbsidor. Jag har även använt mig av en exempellåt som jag själv varit med och skrivit. Genom processen har jag kommit fram till en analys av PR inom musikbranschen. Jag har tagit upp kommersiell musik, radio, Spotify, samarbeten mellan A&R:s och artister. De resultat jag kommit fram till genom intervjuerna visar även på hur ett kontrakt mellan ett musikbolag och en artist kan se ut. I slutsatsen tar jag upp att det finns många olika sätt att jobba med PR, antingen själv som artist eller med hjälp av ett musikbolag. Jag har även kommit fram till att kontrakt mellan artist och musikbolag kan se väldigt olika ut. Under rubriken Framtida Forskning skriver jag att det vore intressant att analysera vidare i ämnet och kanske gå in mer på siffror och statistik.

With the development of the vehicle industry and the innovation of technology, driving experience is improving in all aspects. Volvo is more and more focusing on improving the comfort of driving. Part of this is to minimize squeaks and rattle (S&R) from vehicle seats. A physical measurement method was studied from component level in this thesis. The communication with the supplier has helped to better understand the definition and measurement method of play. Based on the previous work from Volvo and the supplier, a new improved algorithm has been developed to suit current production demands in this thesis work. A Graphical User Interface (GUI) has been finished for general engineers. The Study and exploration of a FEM simulation method make it possible to measure play in an economical way in the future.

Diploma thesis deals with the design and implementation of control application that drives cutting machine module. Goal of application is controlling implemented module by terminal touch-panel. The thesis begins with the theoretical analysis of cutting machine and hardware description, which involves sensors, actuators, regulating elements and programmable controller. Ensued part of this thesis makes survey within industrial communication in automatization and selection of suitable software development tool. Implementation of application is carried out in practical part which describes source code samples and user interface visualization screens of touch-panel. Final part is dedicated to summary of results and possible extension.

SKF Coupling in Hofors manufactures screws and couplings to the energy sector and the marine industry. The products have tight tolerances to be more attractive at the market through the tolerances. With increased competition on the market, the quality requirements increase, which means that many products fail to meet the quality requirements in order to avoid customer complaints. The purpose of this work was to improve measurement accuracy. To get an overview of the current situation, interviews and observations were made. A measurement system analysis was conducted by tests where a certain number of products were measured by a certain number of operators, with a certain number of repetitions. The test results were analyzed by a two-way ANOVA and Gauge R&R, which are common methods in measurement system analysis. A cause-and-effect diagram was used to investigate the causes of quality problems. The results indicated that the existing measurement systems were not reliable enough. The shortcomings may depend on the measuring device and the operator. The measuring device may be defective or have calibration defects. Operators can have different methods when measuring which contributes to variations in the measurements. The work led to suggestions for improvements that could imply higher accuracy in the measurement systems. For example, a tighter calibration interval of the measuring device would lead to reduced impact from the measuring device. A standardized education of measurement method, measurement environment and the importance of deviation management can also lead to improved measurement accuracy. / SKF Coupling i Hofors tillverkar skruvar och kopplingar till energisektorn och den marina industrin. Produkterna har snäva toleranser för att genom toleranserna vara mer attraktiva på marknaden. I och med ökad konkurrens ökar kvalitetskraven. Därför kasseras många produkter, som inte uppnår kvalitetskraven, för att undvika returer från kunderna. Syftet med arbetet var att förbättra mätnoggrannheten. För att få en överblick av nuläget gjordes intervjuer och observationer. En mätsystemanalys gjordes genom tester där ett utvalt antal produkter mättes av ett utvalt antal operatörer, med ett visst antal upprepningar. Testresultaten analyserades med en tvåvägs-ANOVA och Gauge R&R som är vanliga metoder inom mätsystemanalys. Ett orsak-verkan-diagram användes för att undersöka orsakerna till kvalitetsproblemen. Resultatet visade att det finns brister i det nuvarande mätsystemet. Bristerna kan bland annat bero på mätdonet och operatören. Mätdonet kan exempelvis vara defekt eller ha brister i kalibreringen. Operatörerna kan ha olika metoder som bidrar till variationer i mätningarna. Arbetet ledde till förbättringsförslag, som kan innebära högre noggrannhet i mätsystemen. Exempelvis skulle ett tätare kalibreringsintervall hos mätdonen leda till minskad påverkan från mätdonen. En standardiserad utbildning av mätmetod, mätmiljö och vikten av att avvikelsehanteringen följs kan också leda till en förbättrad mätnoggrannhet.

This work deals with measurement system analysis in the production of rotary tools. The aim is to carry out literature search on the topic and then do analysis Gage R&R of the measurement system in the company ANAJ Czech s.r.o. and on the basis of the obtained data to recommend appropriate corrective arrangements to improve the current measurement system.

This thesis deals with analysis of measurement system capability in the production of rotary components from the viewpoint of operator error reduction and reliability of human factors. The aim is to carry out a literature review on the topic and then to analyze the current system in the company ZNOJEMSKÉ STROJÍRNY, s.r.o. Based on the obtained data suggest appropriate corrective arrangements to improve the current situation.

Background. One of the challenges about smart control valves system is processing and analyzing sensors data to extract useful information. These types of information can be used to detect the deviating behaviors which can be an indication of faults and issues in the system. Outlier detection is a process in which we try to find these deviating behaviors that occur in the system.Objectives. First, perform a literature review to get an insight about the machine learning (ML) and data mining (DM) techniques that can be applied to extract patternfrom time-series data. Next, model the operating behaviors of the control valve system using appropriate machine learning and data mining techniques. Finally,evaluate the proposed behavioral models on real world data.Methods. To have a better understanding of the different ML and DM techniques for extracting patterns from time-series data and fault detection and diagnosis of building systems, literature review is conducted. Later on, an unsupervised learning approach is proposed for modeling the typical operating behaviors and detecting the deviating operating behaviors of the control valve system. Additionally, the proposed method provides supplementary information for domain experts to help them in their analysis.Results. The outcome from modeling and monitoring the operating behaviors ofthe control valve system are analyzed. The evaluation of the results by the domain experts indicates that the method is capable of detecting deviating or unseen operating behaviors of the system. Moreover, the proposed method provides additional useful information to have a better understanding of the obtained results.Conclusions. The main goal in this study was achieved by proposing a method that can model the typical operating behaviors of the control valve system. The generated model can be used to monitor the newly arrived daily measurements and detect the deviating or unseen operating behaviors of the control valve system. Also, it provides supplementary information that can help domain experts to facilitate and reduce the time of analysis.