PHY-DIGITAL DESIGN
Year: 2024
Tools: Clo3D, Photoshop, Sewing skills and Pattern making
This project compares a blue coat and a red blouse, each with its physical and 3D digital models. It focuses on how their materials, textures, and designs translate from the physical to the digital world, aiming to understand how digital fashion tools can replicate these details while preserving the original design.
RED BLOUSE
The red blouse features a kimono-inspired wrap design with puffed sleeves and cuffs. The belt adds structure, while the flowing silhouette offers an elegant, feminine look.
Crafted from crepe (belt) and crespon (bodice), the blouse combines structure and volumes with fluidity.
DEVELOPMENT PROCESS
1
Conceptualization: Fabrics like crepe and crespon were chosen for their ability to maintain shape while providing fluidity and volume, key characteristics from the initial sketches.
2
Design and Patterns: The initial sketches defined a kimono-style blouse with puffed sleeves. The pattern was developed to maintain the design’s fluidity while ensuring comfort and a flattering fit.
3
Digital Simulation: Using Clo3D, a digital version of the blouse was created to adjust the fabric’s drape and ensure the fit was accurately translated from physical to digital. This allowed for pattern revisions and fitting adjustments before starting the sewing process.
REFLECTIONS
Working on the red blouse posed several challenges translating the design from digital to physical. During the digital simulation, issues such as sleeve adjustments and the crossover of the wrap were identified, streamlining the process and saving time. Additionally, finishing details like piping and hems, which are simple digitally, demanded significant attention in physical production. Sewing the puffed sleeves was particularly challenging, requiring precision to maintain the intended volume and shape. This project emphasized the benefits of digital tools and the craftsmanship essential for creating physical garments.
GRAYISH-BLUE DENIM COAT
This three-quarter length denim coat is crafted from lightweight denim fabric in a dark blue-grey or black tone, combining structure and comfort without feeling heavy. It features long sleeves, a classic notch lapel collar, and two square exterior pockets that add a minimalist and functional touch. The design strikes a balance between timeless elegance and modern simplicity, making it a versatile piece.
DEVELOPMENT PROCESS
1
Conceptualization: I focused on selecting a fabric that would offer structure without being too heavy. The lightweight denim was perfect for achieving this balance, providing both durability and comfort
2
Design and Patterns: The design sketches emphasized clean lines and minimalist details, such as the square pockets and classic collar. The pattern was created to ensure the coat’s fit was comfortable while maintaining a structured silhouette.
3
Digital Simulation: By using Clo3D, I developed a digital version of the coat to fine-tune the fabric’s drape and verify the fit. This process enabled me to modify the pattern and ensure the design was accurately transferred from physical to digital form.
REFLECTIONS
The oversized denim coat presented challenges in achieving clean finishes and structured lapels. While the digital prototype captured the design, the physical version revealed differences in fabric behavior, depending on denim weight. The oversized fit made adjustments easier, reducing concerns about precise measurements. This comparison showed the value of digital prototyping for early detail detection, but emphasized the need for physical testing, especially for finishes like hems and lapels.
ELENA DURBAN PORTFOLIO 