Jackets are one of the most desirable apparel items. They are a symbol of athletic success and school spirit. They can be customized with flags, badges, mascots, names and logos.
You can design a personalized jacket using a custom jacket design website. This software is built using AngularJS and HTML5 which makes it easy to integrate into your site.
Personalized and Customized
Embroidered jackets are the perfect way to get your logo noticed. Whether you’re running a team or a company, promotional jackets can help you build brand awareness and boost morale. You can even use them to give employees and customers a sense of belonging.
You can customize your jacket with up to four locations of twill or felt patches that feature your school, sports, or business logo. You can also include a personalized name label. This is a great way to show off your personal style and to make the jacket even more special.
Our state-of-the-art Design Lab allows you to create a one-of-a-kind custom high school varsity jacket. You can select your materials, sleeve styles, plain or quilted lining, and zip-up or button closure. You can also add twill or felt embroidered names, flags, badges, and mascots to complete your design. Our unique online tool lets you view your creation from all angles to ensure you’re satisfied with the final result.
Easily Integrated to Your Website
Powered by AngularJS and HTML5 that operates on varied platforms, this jacket design software can be easily integrated to your website without any hassle. It offers users the convenience of incorporating multifarious cliparts, text or images. They can also personalize them by duplicating or modifying the colors.
Whether you’re looking to add your team logo on a jacket for a corporate event or create custom shirts with your company name and a cheerful pattern for an upcoming promotion, personalized branded apparel is a great way to boost brand awareness and attract expressive customers. There are several printing options, including screen printing (where designs are transferred through a mesh onto a t-shirt with fabric ink), embroidery (where a needle goes through each stitch to form a design) and direct to garment or DTG printing.
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Easy to Edit
There are several printing agencies that have integrated jacket design tool to their website with the aim of providing customization/personalization benefit to their end users. The users can easily edit their designs by duplicating, editing or modifying text and images. Additionally, the jacket designing software allows the users to check varied sides of the product i.e. front, back and left side over one screen which helps them in selecting the correct product as per their specifications.
Change Product Color
The jacket design website is equipped with an innovative feature that allows the end users to change the product color as per their choice. This is quite convenient for the customers as they can get their desired jacket in their preferred color without facing any issue.
The tool also provides the option for rotating the jacket to check varied sides of the same on one screen. This is helpful for the people who are not sure about the exact size of the jacket.
Another remarkable feature of this jacket design software is that it enables the end user to select multifarious images and make amendments like duplicating, editing or aligning them. This is a useful feature to help the customers in creating their designs effectively and efficiently.
A jacket’s insulation determines its ability to retain body heat. A high CLO rating (the measure of an item’s thermal resistance shared by LifeLabs) is a good indicator but length and other features also matter.
One of our writers from chilly Michigan says this jacket has the right mix of warmth and versatility to handle everything from cross-country skiing to daily commutes on public transit. It’s also water-resistant to prevent soaking from rain and snow.
The North Face McMurdo
The North Face McMurdo is one of the warmest insulated winter jackets in the world. This parka uses a thick and cozy 850-fill power down that is treated with water resistance, keeping you toasty dry in snow or rain. This is a great winter jacket for outdoor enthusiasts who want to keep warm while doing their favorite activities.
While fill power is a good indicator of warmth, other factors like extra-long jackets and hoods are also important. The North Face McMurdo is a fantastic example of this – it features a roomy hood that blocks out extreme elements and even has removable faux fur along the chin.
The North Face McMurdo is ideal for those who will be using their jacket for general winter use. While it doesn’t have the waterproof protection of some other options on this list, its lightweight and comfortable design makes it perfect for walking around town in freezing weather. This jacket is also a fantastic choice for those who aren’t going to be doing intense activities in sub-zero temperatures.
Canada Goose Expedition Parka
The Canada Goose Expedition Parka is one of the warmest jackets available on the market. Originally developed for scientists in Antarctica, it can withstand temperatures as low as -22 degrees Fahrenheit. The bombproof shell and 625-fill duck down are designed to withstand extreme cold weather and wind chill. The insulated tunnel hood and real coyote fur trim are also added for extra warmth. Other features include recessed rib knit cuffs, storm flaps, snaps, and velcro to ensure that you are fully protected against the harsh elements.
Despite its amazing qualities, the Expedition parka isn’t ideal for all activities. It’s bulky and uncomfortable to sit down in for long periods of time. It’s also not suitable for strenuous activity, as exerting yourself can make you feel overheated. However, for those who face arctic conditions on a daily basis, the Expedition parka is well worth the investment. For anyone who doesn’t, the price may be a little too steep.
The North Face Aconcagua Women’s Jacket
Named after the highest mountain in the Western Hemisphere, this jacket was made to be a warm winter companion for any adventure. It is insulated with natural and recycled synthetic insulation to conserve body heat, whatever the conditions.
One of our writers who lives in a cold climate wears this jacket daily, calling it “really warm” without feeling too heavy. She says the thigh-length fit and recessed elastic cuffs keep the chill off her arms, and the stand-up collar offers extra warmth for her head.
The North Face describes this coat as an “active layer,” which means it is built to be comfortable for hiking and other strenuous outdoor activities. It is also great for walking or commuting on public transit, as stylist and lifestyle director Donnell Baldwin has found. The fabric’s DWR finish keeps precipitation at bay, and the 550-fill goose down in the body provides plenty of warmth. The sleeves and shoulders use a hybrid fill of Heatseeker insulation for wind and water protection.
If you’re going to be in frigid conditions for extended periods of time, you want a jacket that’s ready for it. Arc’teryx offers a range of hard shell jackets with weather-resistant properties like wind and water protection, as well as insulated jackets that provide warmth without the bulk.
The Therme is a long parka that’s designed for comfort and protection from the elements. It uses a GORE-TEX membrane and breathable laminate that keeps rain, snow and wind at bay. It also has a Coreloft insulated hood that provides additional insulation.
While the Therme doesn’t have as many pockets as some of the other jackets on this list, it does offer a number of useful features. The hood is ample, and the jacket has a no-lift gusset that allows for more movement. It also has a waist cinch that helps you keep the cold out. The hand pockets are large, and the jacket is made from a durable fabric that’s easy to clean.
Jacket structures are the base for fixed offshore platforms used to extract hydrocarbons from seas and oceans. A jacket consists of a self-supporting skeletal tower comprising leg members and bracing. The structure is secured to the sea floor by piles extending through guide sleeves.
Different corrosion zones affect the jacket module differently. For accurate assessment, a proper method should be employed to determine the base shear capacity.
Structural analysis is an important part of the design process. It involves modeling the structure and analyzing forces to determine stresses, buckling, and displacements. This is done using structural software. The analysis can be performed either linearly or nonlinearly. In the latter, nonlinear dynamics and fluid-structure interaction are incorporated, and plasticity and kinematic strain hardening effects are taken into account.
A sensitivity study is also conducted to evaluate the effects of different parameters on the structural performance. This helps in identifying the critical parameters and limiting the design scope. Finally, a life cycle cost (LCC) analysis is done to estimate the expected cost of the platform over its lifespan.
The structural analysis also considers the actions of the jacket structure during its transportation from the fabrication yard to the installation site and during sea transportation, mating, installation, and hook-up. The design should be capable of surviving these accidental loads as well as the environmental and functional loads.
The geotechnical analysis involves the evaluation of soil conditions at the proposed location of the structure. This is usually accomplished by drilling and sampling a core of soil. The data obtained are used to determine the soil resistance developed on the jacket leg extensions and lowest level of horizontal bracing.
In addition to linear static analysis, a nonlinear dynamic analysis is normally carried out. This includes fluid-structure interaction, large displacements, plasticity and kinematic strain hardening effects. It also considers pile-to-jacket leg annulus interaction.
Moreover, a modal analysis is also done to capture the natural frequencies of the structure. Lastly, time history dynamic analysis is performed to increase the accuracy of the results. This involves considering the axial force and flexural anchor forces of the jacket elements as random variables over a critical direction. The damage index is then determined based on the performance function of tension and compression. The results are then used to perform a structural check.
Design of Pile Foundations
When a jacket platform is constructed, the geotechnical engineer explores soil conditions at the location of the foundation by drilling and sampling. This information is used to provide a basis for the structural design of the foundation elements.
The design of pile foundations is important in jacket platforms because they transfer the loads of the structure to the underlying soil or rock layers. These are usually weaker than the structure above, so it is necessary to have strong support underneath. There are several types of pile foundations that can be used, including end-bearing piles and friction piles.
Energy piles are designed to be driven into a soil layer with a high bearing capacity, such as the transition layer between a hard and soft stratum. Their shape is typically a long shaft with a rough surface to increase frictional resistance. Driven piles are installed by striking them repeatedly with a hammer, while bored and cast-in-place piles are created by drilling and pouring concrete while gradually withdrawing the drill tool.
Design of Jacket Legs
After fabrication of jackets, they are loaded onto barges or a heavy lift ship and transported to site. They can then be skidded or lifted upright into saddles for the final positioning of the legs on the seabed. Bracing members are then welded to the legs and scaffolding is used for access to the top interfaces.
During installation, a berthing dolphin can be made integral with the jacket to minimize the amount of piling on site. This can also help with buoyancy control of the jacket during its launch sequence as it reduces the required ballast load. A rubber diaphragm closure is usually incorporated in the jacket leg to prevent water entering the annulus between the pile and the jacket leg during jacket flooding operations.
Three-legged jackets have the advantage that they have fewer piles to drive into the seabed, so noise and environmental impact is minimised. However, they are not as stable as four-legged jackets and could collapse if one of the legs fails. Therefore, they require more extensive structural analysis than four-legged jackets.