Đào tạo sử dụng và Cung cấp bản quyền các phần mềm kỹ thuật: AUTOCAD,SOLID WORK,CATIA

- hỗ trợ kỹ thuật ,cài đặt,tư vấn, huấn luyện Phần mềm kỹ thuật

- Phần mềm bản quyền, giá cả cạnh tranh

- Đào tạo sử dụng phần mềm CATIA,SOLID WORK 

NỘI DUNG ĐÀO TẠO CATIA CƠ BẢN

 

Phần 1: Giới thiệu về CATIA V5 

Giới thiệu về CATIA V5,

Các công cụ thao tác & xem,

Làm quen với CATIA V5,

 

Học viên đạt được sau phần này

Hiểu biết về phần mềm, các bước cài đặt Catia,

Hiểu biết về các lệnh & các thao tác trong Catia

Tập làm quen với phần mềm Catia

 

Phần 2: Phác họa trong CATIA V5 

Giới thiệu về phác học trong Catia (hay còn gọi là thiết kế 2D),

Các chức năng của phác họa,

 

Học viên đạt được sau phần này.

Học viên tự thiết kế được các bản vẽ 2D

hiểu về các chức năng, cách sử dụng lệnh trong 2D

 

Phần 3: Thiết kế sản phẩm

Giới thiệu về Thiết kế sản phẩm 3D (Chi tiết),

Các tính năng cơ bản trong thiết kế 2D,

Chỉnh sửa sản phẩm 3D (Chi tiết),

Tính năng Dressing Up,

Chỉnh sửa, thay đổi các tính năng,

Quản lý sản phẩm 3D (Chi tiết),

 

Học viên đạt được sau phần này.

Dựng hình (khối Solid từ 2D) cho sản phẩm 3D,

Chỉnh sửa các đường phác họa 2D, sau khi đã dựng hình,

Quản lý các sản phẩm 3D, sau khi đã thiết kế hoàn thành,

 

Phần 3: Tạo, xuất bản vẽ 2D. 

Giới thiệu tổng quan về Tạo, xuất bản vẽ 2D.

Tạo bản vẽ & Quản lý các góc nhìn khác nhau,

Gắn thêm điều kiện cho bản vẽ,

Xem & tùy chỉnh,

Ghi kích thước cho chi tiết,

Tạo các ghi chú,

Kiểm tra bản vẽ, xuất bản vẽ & In,

 

Học viên đạt được sau phần này.

Tạo được bản vẽ & các góc nhìn,

Tạo các ghi chú cho bản vẽ,

Các bước ghi kích thước, sử dụng các công cụ đo, kiểm tra kich thước,

Tùy chỉnh bản vẽ theo đúng yêu cầu

 

 

NỘI DUNG ĐÀO TẠO CATIA NÂNG CAO

 

Phần 1: Thiết kế chi tiết dưới dạng mặt (Surface)

Giới thiệu về Thiết kế chi tiết dưới dạng mặt (Surface),

Tạo khung dây mô hình hình học,

Tạo bề mặt cơ bản,

Các ứng dụng hình học cơ bản,

Hoàn thành mô hình hình học trong thiết kế sản phẩm 3D,

Chỉnh sửa mô hình hình học,

Cách sử dụng lệnh,

 

Học viên đạt được sau phần này.

Tạo được các bề mặt cơ bản trong thiết kế sản phẩm dạng bề mặt,

tạo được đường Spline trong môi trường 3D,

Chỉnh sửa các đường biên dạng của chi tiết,

Cách sử dụng các lệnh thiết kế bề mặt cơ bản,

 

Phần 2: Lắp ghép (Assembly Design)

Giới thiệu về các bước lắp ghép

Các chi tiết cần lắp ghép lại với nhau, 

Các loại kết nối, vị trí cho một bản vẽ với các chi tiết cần lắp ghép,

Tính toán va chạm các chi tiết sau khi lắp ghép, 

 

Học viên đạt được sau phần này.

Hiểu được các bước lắp ghép cho các chi tiết thành sản phẩm,

Các loại lắp ghép, qui trình lắp ghép

Tính toán, chỉnh sửa nếu lắp ghép bị va chạm,

 

Phần 3: Tạo, xuất bản vẽ 2D. 

Giới thiệu tổng quan về Tạo, xuất bản vẽ 2D.

Tạo bản vẽ & Quản lý các góc nhìn khác nhau,

Gắn thêm điều kiện cho bản vẽ,

Xem & tùy chỉnh,

Ghi kích thước cho chi tiết,

Tạo các ghi chú,

Kiểm tra bản vẽ, xuất bản vẽ & In,

 

Học viên đạt được sau phần này.

Tạo được bản vẽ & các góc nhìn,

Tạo các ghi chú cho bản vẽ,

Các bước ghi kích thước, sử dụng các công cụ đo, kiểm tra kich thước,

Tùy chỉnh bản vẽ theo đúng yêu cầu

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 



Clintonindug - andrewkinloch1907@iatromathemafml.com 07:44 | 15.07.2025

Unity and BrightBuilt factory-built homes share an important feature: They are airtight, part of what makes them 60% more efficient than a standard home. GO Logic says its homes are even more efficient, requiring very little energy to keep cool or warm. кракен “Everybody wants to be able to build a house that’s going to take less to heat and cool,” said Unity director Mark Hertzler. Home efficiency has other indirect benefits. The insulation and airtightness – aided by heat pumps and air exchangers – helps manage the movement of heat, air and moisture, which keeps fresh air circulating and mold growth at bay, according to Hertzler. https://kra34g.cc kraken ссылка Buntel, a spring allergy sufferer, said his Somerville home’s air exchange has made a noticeable difference in the amount of pollen in the house. And customers have remarked on how quiet their homes are, due to their insulation. “I’m from New England, so I’ve always lived in drafty, uncomfortable, older houses,” Buntel said. “This is really amazing to me, how consistent it is throughout the year.” Some panelized home customers are choosing to build not just to reduce their carbon footprint, but because of the looming threat of a warming planet, and the stronger storms it brings. Burton DeWilde, a Unity homeowner based in Vermont, wanted to build a home that could withstand increasing climate impacts like severe flooding. “I think of myself as a preemptive climate refugee, which is maybe a loaded term, but I wasn’t willing to wait around for disaster to strike,” he told CNN. Sustainability is one of Unity’s founding principles, and the company builds houses with the goal of being all-electric. “We’re trying to eliminate fossil fuels and the need for fossil fuels,” Hertzler said. Goodson may drill oil by day, but the only fossil fuel he uses at home is diesel to power the house battery if the sun doesn’t shine for days. Goodson estimated he burned just 30 gallons of diesel last winter – hundreds of gallons less than Maine homeowners who burn oil to stay warm. “We have no power bill, no fuel bill, all the things that you would have in an on-grid house,” he said. “We pay for internet, and we pay property taxes, and that’s it.”

ByronNot - darlaestes1977@convolutfml.com 07:26 | 15.07.2025

Initially, some workers said, they thought the cancer institute might be spared. HHS Secretary Robert F. Kennedy Jr. has called chronic disease — cancer is one — “an existential threat” to the country. Cancer research, with multiple NCI-funded breakthroughs in genetics and immunotherapy, has sidestepped the political minefields around other public health issues, like vaccination. slot extra super hot bbq “People who care about cancer might be the biggest lobby in the country,” said Paul Goldberg, editor and publisher of The Cancer Letter, which has monitored oncology science and policy since 1973. Count Mike Etchamendy, 69, of Big Bear Lake, California, as part of that lobby. Since 2013 he’s flown to the East Coast scores of times to participate in five clinical trials at the cancer wing of NIH’s Clinical Center. https://superhot-slot.com/ superhot slot com “They call it the House of Hope,” Etchamendy said. Between drugs, therapeutic vaccines, and expert treatment for his rare bone cancer, called chordoma, he said, he believes he’s gained at least 10 years of life. He’s proud to have served as a “lab rat for science” and worries about NCI’s future. “People come from all over the world to learn there,” Etchamendy said. “You cut funding there, you’re going to cut major research on cancer.” In response to a list of detailed questions from KFF Health News about the cuts and chaos at NCI, HHS spokesperson Andrew Nixon said the reporting amounted to a “biased narrative” that “misrepresents a necessary transformation at the National Cancer Institute.” Nixon declined to elaborate but said research into cancer and other health conditions continues to be a high priority “for both NIH and HHS.” “We are refocusing resources on high-impact, evidence-based research — free from ideological bias or institutional complacency. While change can be uncomfortable for those invested in the status quo, it is essential to ensure that NCI delivers on its core mission,” he said.

ThomasInduh - stephaniebenson1989@reciprocfml.com 07:25 | 15.07.2025

Today was supposed to be the day that President Donald Trump’s so-called “reciprocal” tariffs on dozens of countries kicked in after a three-month delay, absent trade deals. But their introduction has been postponed, again. The new, August 1 deadline prolongs uncertainty for businesses but also gives America’s trading partners more time to strike trade deals with the United States, avoiding the hefty levies. kra35.cc Mainstream economists would probably cheer that outcome. Most have long disliked tariffs and can point to research showing they harm the countries that impose them, including the workers and consumers in those economies. And although they also recognize the problems free trade can create, high tariffs are rarely seen as the solution. https://kra34g.cc кракен Trump’s tariffs so far have not meaningfully boosted US inflation, slowed the economy or hurt jobs growth. Inflation is “the dog that didn’t bark,” Treasury Secretary Scott Bessent likes to say. But economists argue inflation and jobs will have a delayed reaction to tariffs that could start to get ugly toward the end of the year, and that the current calm before the impending storm has provided the administration with a false sense of security. “The positives (of free trade) outweigh the negatives, even in rich countries,” Antonio Fatas, an economics professor at business school INSEAD, told CNN. “I think in the US, the country has benefited from being open, Europe has benefited from being open.” Consumers lose out Tariffs are taxes on imports and their most direct typical effect is to drive up costs for producers and prices for consumers. Around half of all US imports are purchases of so-called intermediate products, needed to make finished American goods, according to data from the Organisation for Economic Co-operation and Development. “If you look at a Boeing aircraft, or an automobile manufactured in the US or Canada… it’s really internationally sourced,” Doug Irwin, an economics professor at Dartmouth College, said on the EconTalk podcast in May. And when American businesses have to pay more for imported components, it raises their costs, he added. Likewise, tariffs raise the cost of finished foreign goods for their American importers. “Then they have to pass that on to consumers in most instances, because they don’t have deep pockets where they can just absorb a 10 or 20 or 30% tariff,” Irwin said.

ArmandoReeda - jerrybryan1955@indescrifml.com 07:14 | 15.07.2025

The bow of a US Navy cruiser damaged in a World War II battle in the Pacific has shone new light on one of the most remarkable stories in the service’s history. More than 80 years ago, the crew of the USS New Orleans, having been hit by a Japanese torpedo and losing scores of sailors, performed hasty repairs with coconut logs, before a 1,800-mile voyage across the Pacific in reverse. The front of the ship, or the bow, had sunk to the sea floor. But over the weekend, the Nautilus Live expedition from the Ocean Exploration Trust located it in 675 meters (2,214 feet) of water in Iron Bottom Sound in the Solomon Islands. кракен ссылка Using remotely operated underwater vehicles, scientists and historians observed “details in the ship’s structure, painting, and anchor to positively identify the wreckage as New Orleans,” the expedition’s website said. On November 30, 1942, New Orleans was struck on its portside bow during the Battle of Tassafaronga, off Guadalcanal island, according to an official Navy report of the incident. https://kra34g.cc kra35.cc The torpedo’s explosion ignited ammunition in the New Orleans’ forward ammunition magazine, severing the first 20% of the 588-foot warship and killing more than 180 of its 900 crew members, records state. The crew worked to close off bulkheads to prevent flooding in the rest of the ship, and it limped into the harbor on the island of Tulagi, where sailors went into the jungle to get repair supplies. “Camouflaging their ship from air attack, the crew jury-rigged a bow of coconut logs,” a US Navy account states. With that makeshift bow, the ship steamed – in reverse – some 1,800 miles across the Pacific to Australia for sturdier repairs, according to an account from the National World War II Museum in Louisiana. Retired US Navy Capt. Carl Schuster described to CNN the remarkable skill involved in sailing a warship backwards for that extended distance. “‘Difficult’ does not adequately describe the challenge,” Schuster said. While a ship’s bow is designed to cut through waves, the stern is not, meaning wave action lifts and drops the stern with each trough, he said. When the stern rises, rudders lose bite in the water, making steering more difficult, Schuster said. And losing the front portion of the ship changes the ship’s center of maneuverability, or its “pivot point,” he said. “That affects how the ship responds to sea and wind effects and changes the ship’s response to rudder and propellor actions,” he said. The New Orleans’ officers would have had to learn – on the go – a whole new set of actions and commands to keep it stable and moving in the right direction, he said. The ingenuity and adaptiveness that saved the New Orleans at the Battle of Tassafaronga enabled it to be a force later in the war.

FrankMup - jhycrsp@wjyecyg.com 06:20 | 15.07.2025

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