Vortex poster : 57 réponses
“Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.”
Réponses archivées, de la plus récente à la plus ancienne, de déc. 2025 à oct. 2026. Chaque réponse garde son prompt enregistré.
- Hy Image 3.5 Preview Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- FLUX.3 Image Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Nano Banana 2.1 Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Recraft V4.1 Flash Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- GPT Image 2.5 Sunburst Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- GPT Image 2.5 Flare Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Nano Banana 2 Lite Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Riverflow V2.5 Pro Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Riverflow V2.5 Fast Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Recraft V4.1 Pro Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Recraft V4.1 Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- GPT Image 2 Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Nano Banana 2 Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Recraft V4 Pro Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Recraft V4 Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Recraft V3 Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- MiniMax Image-01 Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Luma Photon Flash Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Luma Photon Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Leonardo Lucid Origin Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Ideogram v3 Quality Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Ideogram v3 Balanced Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Hunyuan Image 3 Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Grok Imagine Image Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Seedream 4 Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Qwen Image Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- P-Image Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Imagen 4 Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Ideogram v3 Turbo Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Fibo Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- FLUX Pro Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- FLUX Kontext Pro Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- FLUX Kontext Max Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Bria Image 3.2 Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Z Image Turbo Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Stable Diffusion XL Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Stable Diffusion 3.5 Medium Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Seedream 4.5 Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Qwen Image (Fast) Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Playground v2.5 (Aesthetic) Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Nano Banana Pro Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Nano Banana Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Imagen 4 Ultra Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Imagen 4 Fast Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Imagen 3 Fast Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Imagen 3 Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- HiDream L1 (Fast) Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- Gemini 2.5 Flash Image Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- GPT Image 1.5 (Medium) Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- GPT Image 1.5 (Low) Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- GPT Image 1.5 (High) Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- GPT Image 1.5 Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- FLUX Schnell Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- FLUX 2 Pro Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- FLUX 2 Max Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- FLUX 2 Flex Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.
- FLUX 2 Dev Une image
Prompt enregistré
Create an illustrated explainer poster about vortex shedding behind a cylinder in a flowing fluid. Show a labeled diagram with: incoming flow arrows, boundary layer separation points, alternating vortices in the wake, and a simple Strouhal relation (St = fD/U). Include a small inset comparing laminar vs turbulent flow, and a legend for arrows/streamlines/pressure regions. Style: clean vector infographic, limited palette (navy, teal, coral, off-white), subtle paper grain. Keep all labels short and perfectly legible.