News Article | April 18, 2017
As clearly stated in the countersuit, several of the agents, on behalf of their clients and themselves, sought to receive fraudulent security interest, un-disclosed commissions and even suggested bribing USCIS governmental officials as they sought their immigration status. Unfortunately, these practices are becoming more common in the industry in the foreign lands providing the petitioner applicants. If a project has a problem, these self-same petitioners, act as innocent participants, and subsequently attempt to defraud the USCIS, the US Courts and regulatory systems by using means common in their cultural understanding. Often this is a system that has rules and operative imperatives that are essentially different from our own. In this case, common guidance is based on "The Art of War", Sun Tzu, who clearly states, "all warfare is based on deception". Hence, these plaintiffs intended to deceive The Department of Homeland Security ("DHS"), the USCIS, the Federal Courts, the General Partner and Limited Partners who sought an honest path to their immigration. Of course, the plaintiffs would find these practices common in their culture where "Rule of Men" supersedes "Rule of Law". In other words, in their country of origin, the petitioners are rich and powerful and therefore get what they desire regardless of the law. The acts of the plaintiffs and their legal counsel, both in the USA and China are unconscionable. The countersuit shows how they sought to withhold information and created side-deals, which were hidden from SARC, Joseph Walsh and his companies. Once found out, they proceeded to sue Mr. Walsh, defame his companies in China and the USA, create untold costs to defend the case already in progress and interfere with the legal proceedings in an effort to hide their "bad acts" and deception. Hyperbole and sensationalism were used. For example, the amount of the suit, which claims to be for $50,000,000 dollars, is a gross overstatement of the facts. Truthfully, these 58 plaintiffs only invested $500,000 each, for a total of $29,000,000, the lawsuit almost doubled the amount invested. This, in itself, is a perverse travesty of justice. Actions were pursued to deceive the court system. Theses plaintiffs were promised windfall profits by their legal representatives. Records, which have surfaced in the case, indicating the plaintiffs are trying to establish ownership of the property through the dissolution of the partnership, which is legally barred in the terms of the Limited Partnership Agreement. This action attempts to exclude the General Partner and other Limited Partners, by forcing the sale of the property for the plaintiffs own personal gain. The court records clearly indicate that SARC, in its capacity as the General Partner, discovered fraudulent activities committed by the developer, his wife, brother and other legal representative who have "dirty hands" abating and assisting the fraudulent activities though a series of falsified documents and shell companies. Through discovery it was found that the plaintiffs and their assigned representatives themselves, were colluding with the fraudulent parties in an effort to secure the property and profit by the same. Palm House Hotel, LLLP, the Lender for the Palm House Hotel reconstruction, along with its General Partner, South Atlantic Regional Center ("SARC"), and Mr. Walsh have always vigorously denied the allegations in the federal lawsuit. The countersuit clearly identifies that the plaintiffs, their paid representatives, and Robert Matthews, his wife Mia Matthews, brother Gerry Matthews and other entities and accomplices colluded to defraud the General Partner, the USCIS, regulatory agencies and local authorities. The Palm House, LLLP and Mr. Walsh plan to continue the prosecution of their civil lawsuits to recapture diverted loan proceeds used for the personal gain of the Matthews family and related entities and accomplices. At the same time, Palm House, LLLP and Mr. Walsh are seeking Court approval to expand the Receiver's powers to refinance the completion of the Hotel, to restructure ownership, and to provide for legal expenses for the Limited Partners. This restructuring will create the jobs necessary to complete the immigration application process in which the Plaintiffs originally invested. The facts continue to demonstrate the sustained and significant effort that Mr. Walsh and his companies have expended on behalf of the investors and the Hotel's completion. These efforts were underway well before allegations were made in recent lawsuits. Meanwhile the facts are being distorted by the plaintiffs, their paid representatives and the developers in an effort to benefit the Matthews family and their co-conspirators. "Clearly, these fraudulent parties are nearing the end of their ability to defraud anyone else," said Mr. Walsh. "We feel this countersuit brings to light the significant actions taken by the plaintiffs to withhold information and defraud the USCIS and SARC, the Regional Center and General partner in the Palm House Hotel Project. This new information, brought in the countersuit, brings a confidence that our continued actions will result in a positive outcome for all stakeholders in the very near future." To view the original version on PR Newswire, visit:http://www.prnewswire.com/news-releases/sarc-files-a-multi-million-dollar-counterclaim-which-alleges-significant-fraudulent-deceitful-and-unethical-acts-engaged-by-the-foreign-plaintiffs-personally-or-through-their-paid-representatives-in-the-palm-house-hotel-eb5-class-300441003.html
News Article | April 18, 2017
Discover the six secrets used by America’s greatest body shops in a newly-released book written by Dave Luehr and Stacey Phillips: The Secrets of America’s Greatest Body Shops. Throughout the book, the authors share insightful lessons along with real-world stories of actual collision repairers who have discovered the secrets that have propelled them to a much higher level than their competitors. “Right now is the best time in history to be in the collision repair business, but only for those with the right mindset,” said Luehr, who is also the owner of Elite Body Shop Solutions. “In the book, we’ll challenge you think differently, explain how to reduce your dependency on DRPs, and provide many tips needed to grow the sustainable, profitable business you have always dreamed of.” “Dave helps us see the current state of the collision repair industry in a kind and yet eye-opening way,” said Dave Dunn, CCRM, founder of Masters School of Autobody Management and Dave’s Auto Body. “Additionally, he offers hope for those of us who love our industry and coaches us into seeing even greater opportunity.” With over 30 years of expertise developing the profitability and efficiency of collision repair shops, Luehr combines his decades as a body shop owner with his expertise gained at some of America’s leading collision repair organizations as founder of Elite Body Shop Solutions. Based in Nashville, Tennessee, the business development and professional coaching organization redefines the value and competitive advantage collision repair businesses can expect from an industry advisor. “Filled with insight on the past, the present and the future, Dave Luehr is definitely someone who contributes to all that is good in the collision repair industry,” said Mike Anderson, owner of Collision Advice. Phillips is the owner of Radiant Writing & Communications. She has more than 20 years of experience editing and writing for a wide range of businesses and fields. These include technical industries such as automotive, engineering and oil and gas, as well as consumer-focused magazines, newspapers and websites. As the prior assistant editor at Autobody News magazine, she currently writes monthly columns and articles for the publication related to collision repair. “I hope the messages we share are helpful to those in the industry and encourage shop owners and managers to continually improve their businesses and strengthen their teams so they can deliver an excellent product to customers,” said Phillips. “Stacey and Dave have done an extraordinary job analyzing, communicating insights and showcasing the best practices of the collision repair industry,” said Jose Costa, group president, Driven Brands. “This book is a must read for anyone who wants to understand the evolution of one of the most important industries in the American business world.” For a limited time, the authors are offering a 10% discount for book purchases made on the publisher’s website—the CreateSpace eStore. Enter discount code: P8ELKUTG. The book is also available to purchase on Amazon. For those interested in bulk purchases, special discount packages are available. Please contact the authors at email@example.com. Luehr is scheduled to speak during the Southern Automotive Repair Conference (SARC) in Biloxi, Mississippi. His presentation, which is titled "The Secrets of America’s Greatest Body Shops Series – The Six Secrets Revealed" will be held on Friday, April 21 from 2-3 p.m. The book will also be available at the show for purchase. Luehr and Phillips encourage shops to join the Body Shop Secrets community, where they will receive ongoing resources, helpful tips and other information specifically designed to keep collision repair businesses highly successful. Details are available on the Body Shop Secrets website: www.bodyshopsecrets.com. For more information and to set up speaking engagements and interviews, send an email to firstname.lastname@example.org.
Keelman H.,SARC B.V. |
Van Der Zee J.,Conoship International |
De Jonge T.,Numenek Centrum Oroningcn B.V.
RINA, Royal Institution of Naval Architects - International Conference on Computer Applications in Shipbuilding 2015, ICCAS 2015 - Papers | Year: 2015
This paper describes a ship design system originating from a collaborative effort in the Netherlands. Arising from a 2008-2011 I)utch development program, a pilot case was implemented where a general CAD program (Eagle, as used by Conoship) collaborated with a specific ship design program (PIAS by SARC). In 2013, this experiment was further enhanced by adding a CAI system (NUPAS-CADMATIC by NCG) into the loop. The paper explains the background, the results and envisioned future. Our experience indicates that coupling dedicated software packages is a better strategy than trying to develop monolithic "one code fits them all" ship design software. Or in shoit cooperation beats integration. © 2015: The Royal Institute of Naval Architects.
Bons A.,MARIN Maritime Research Institute Netherlands |
Koelman H.J.,SARC BV |
Oers B.J.V.,NL MOD |
Takken E.H.,NL MOD
RINA, Royal Institution of Naval Architects - International Conference on Computer Applications in Shipbuilding 2011, Papers | Year: 2011
This paper reviews the state-of-the-art Innovera design platform by means of a conceptual naval ship design case. The platform is a result of the three-year Dutch Maritime Innovation Platform project Innovero, which improves conceptual ship design by enabling the early stage application of advanced prediction tools. The major components of this system are discussed in this paper. The first is the Innovero Design Server, which enables concurrent use of design tools and knowledge in discipline-oriented knowledge systems or 'agents'. The second component is a method for the modelling of the internal geometry of the ship. This tool bridges the duality between volumes (spaces, compartments) and planes (bulkheads, decks). Both components were tested by The Defence Materiel Organisation to enable early stage assessment of intact and damaged stability, a crucial design driver for warships. The application illustrates how it improves the quality of the conceptual design process and reduces time-to-market for new designs. ©2011: The Royal Institution of Naval Architects.
News Article | November 30, 2016
I’ve been living and working in Aleppo since last December. It’s a city that has seen death and destruction on a grand scale, with a long-suffering population who are weary after years of war. From the beginning of the Syrian war this ancient city, inhabited for over 4,000 years, has been one of the frontlines of the confrontation. But the people here are remarkably resilient. Every day I am amazed by their ability to carry on. We are currently trying to access communities in eastern Aleppo. We have not been able to access that part of the city since April. Around 20,000 people have fled the intense fighting there over the past 48 hours. Front lines are changing rapidly and people are desperately trying to find safety. For those left behind, the situation is dire. Few healthcare facilities still function properly and even if they do – many people are too scared to go to them for fear these buildings will be attacked. Schools are under fire (they are in Western Aleppo too) and as temperatures drop there is a daily struggle to find food. Winter is really closing in. Our office is in western Aleppo and things are bad here too. The big upsurge in fighting here over recent weeks has left us all in shock. Frightening explosions mean the noise, the smell, the ferocity of the conflict is inescapable. It is all around us. This is why, from the moment you wake up, you never quite know what the day will hold. After a quick breakfast I go to work at around 08.30. We have a planning meeting to review ongoing activities and decide what the main priorities are for the days and weeks ahead. I’ve been with the International Committee of the Red Cross (ICRC) for around ten years. I work on projects that provide food and essential needs to families across the city, on both sides of the front lines. I might pay a morning visit to one of Aleppo’s collective kitchens, mostly run by local charities but supported by the ICRC and our national society partner in this country, the Syrian Arab Red Crescent (SARC). These kitchens are a sight to behold. Hot and busy, they are full of energetic staff, working flat out to feed many of Aleppo’s people on an industrial scale. Some kitchens can feed up to 30,000 people a day, a vital service in a city where the basics like milk, meat and cheese are more of a dream than a reality for many. The meals are cooked and then dispatched to distribution points further afield. I recently talked to a young boy at one of the kitchens. About 13 years old, he stood there quietly, hoping for some hot food for his family. He managed a brief smile, speaking softly as he told me about his ‘new’ family home: One of the many collective shelters in Aleppo, in schools, mosques or unfinished buildings. No electricity or gas means no heating or light. There are sometimes two or three families to a room. This winter, once again, I’m sure I’ll see families burning rubbish to try and keep warm. We help by installing toilet facilities and power generators. But cooking gas is so expensive and hard to find, we need the collective kitchens. So I could see in this boy’s eyes what it meant for him to be standing here, lining up for hot food. He did this six days a week because this queue was, quite literally, a lifeline. We make our way through the busy streets, onto the next job. A few weeks ago I went to visit a young father of two. A tailor who lost his lower leg in a mortar attack and was scared he would lose his livelihood too. He has been helped by our physical rehabilitation centre, for the weapon-wounded from across Aleppo regardless of how or where they were injured. He now has fabric, a workshop and staff. He no longer needs outside financial help. There are others just like him. Aleppo citizens – blacksmiths, bakers or grocers – all amputees who have endured terrible suffering but who have fought back, with their dignity intact. In my spare time, I do some exercise. Aleppo is no runners’ paradise, but I manage 5km a day on our small gym machine, to help me unwind. Dinner is often soup and fruit. I’m normally in bed by half past ten, hoping it will be a quiet night. I drift uncomfortably off to sleep. Knowing that tomorrow will yet again test the people of Aleppo and their resilience. Hoping for the sake of everyone across this deeply divided and damaged city that someone, somewhere will find a path to peace. Imran Mehmood works for the ICRC in Aleppo, Syria
Koelman H.J.,SARC BV
CAD Computer Aided Design | Year: 2010
In this paper, an industrial application of CAD is presented, which concerns the measurement and re-engineering of the shape of a complete ship hull and of ship's parts, which is a frequently recurring task in the shipbuilding and ship repair sector. In order to choose the most appropriate measurement method, several typical aspects of our object of measurement, such as its size, possible obstructions and poor accessibility, have to be taken into consideration, and we concluded that photogrammetry would be the most flexible method. One of the considerations in this respect was that with photogrammetry not only the 3D geometry can be measured, but that also topological properties will implicitly be taken into account, thanks to the fact that a human is interpreting and processing the photos. So a re-engineering system was developed, which consists of two major parts: the shape processing software and the photogrammetric measurement, which are tightly coupled. This system has proved to work fine for large-scale 3D objects, however, additionally, from the ship repair practice the question arose for the measurement of flat construction elements. For this purpose, an alternative and much simpler system was developed, strictly aimed at the measurement and further processing of flat steel parts. For both methods, the practical applications and best practices are presented and discussed, and a tentative economical evaluation has been composed which shows that the proposed method is cost-effective. Finally, the general conclusion is drawn that the proposed photogrammetry-based system is quite versatile and applicable, although there are also points of concern or attention, such as the required space around the object, the aspect of sufficient light and visibility, camera calibration and the required skills of the users. The proposed method could benefit from further research in areas such as the optimal placement of a minimum number of landmarks and integration of laser-sensing and photogrammetry. © 2010 Elsevier Ltd. All rights reserved.
De Koningh D.,SARC B.V. |
Koelman H.,SARC B.V. |
Hopman H.,Technical University of Delft
Journal of Ship Production | Year: 2011
Conventionally, the rooms and spaces of a ship are either modeled as volumetric entities, or with the aid of bulkheads and decks. According to our knowledge, no simple representation exists where both entities can be modeled independently, and where automated conversion from one view (volumetric) to the other (planes) is possible. This paper introduces a simple yet effective approach, where a ship designer can mix the use of volumes and planes in any fashion. Furthermore, this modeling method is applied in a novel tool to manage ship subdivision constraints. As quite a few numerical constraints are known a priori, they can be defined in a list and assigned to specific subdivision elements. Examples are bulkhead locations or required tank volumes or deck areas. A constraint management tool is developed that evaluates the ship layout design during the design process. The designer will be able to modify or add constraints, and the tool will support the designer by managing these constraints during the design process. If the hull form changes, all submitted rules will be updated according to the new main particulars. If one of the constraints does not comply, an adjustment or alternative can be chosen at that moment and the impact of this change is directly visible. The designer can also ask the tool to provide a ship layout design that complies best with the constraints entered. When the Constraint Management program is used, a feasible ship compartment design can be made in a quick manner and the designer is kept from making errors. This means that a correct ship layout model is available on which probabilistic damage stability calculations and weight estimations can be performed in an early stage. This method has been implemented in a computer program, so actual design examples are discussed.
Veelo B.,SARC B.V. |
Koelman H.,SARC B.V.
Ship Technology Research | Year: 2011
There is a limit to how far an application program can evolve in incremental steps. At some point in time, progression requires radical changes: a new generation that parts with the limitations of its legacy. In our case, due to richness in features, a complete rewrite of our hull design software would lead to an unattractively long down-time, which is why we have pursued a more efficient allocation of our programming resources. This is the report of an approach in which we keep both the production version and the development version fully functional within the same executable, providing a non-disruptive transition from one application generation to the next, while building on proven foundations.
Koelman H.J.,SARC BV |
Veelo B.N.,SARC BV
CAD Computer Aided Design | Year: 2013
In a recent special issue on ship design of this Journal the applicability of NURBS surfaces for ship hull representation was commented upon, as part of a review of challenges. The authors rightfully point out that NURBS do have their problems when applied to ship hull modelling. The review mentions T-splines as a promising solution, and concludes that the development of applications that address the NURBS limitations remains a challenge. However, just lifting out T-splines as the only solution can be considered to be a bit meagre, because many more alternatives have been proposed in the literature over the years. In addition, applications for ship design that overcome the limitations of NURBS surfaces do exist and are being applied in the maritime industry. As an extension to the special issue paper, in this short technical note the NURBS deficiencies are put into a context, and other potential solutions besides T-splines are summarized. It is illustrated that a viable alternative is offered by a hybrid representation method, comprising elements of a solid model and transfinite interpolation of an irregular network of curves, combined with curve fairing functionality. Because no single method is superb, suggestions for further research are formulated at the end of this note. © 2013 Elsevier B.V. All rights reserved.