Filter real-world-style learning scenarios by industry, mechanism, and severity. View-only or save any case as a starting project.
Critical · Galvanic corrosion · 99/100
A aluminum housing used in a rail transit application shows galvanic corrosion risk after exposure to mixed-flowing gas exposure. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Pitting corrosion · 99/100
A mounting rail used in a medical devices application shows pitting corrosion risk after exposure to cooling-tower mist. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Hydrogen embrittlement · 99/100
A cable gland used in a defense application shows hydrogen embrittlement risk after exposure to submerged brackish water. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Microbiologically influenced corrosion · 99/100
A fastener stack used in a marine application shows microbiologically influenced corrosion risk after exposure to warm humid plant air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Pitting corrosion · 99/100
A sensor enclosure used in a food processing application shows pitting corrosion risk after exposure to fertilizer dust. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Uniform corrosion · 99/100
A mounting rail used in a telecommunications application shows uniform corrosion risk after exposure to fertilizer dust. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Crevice corrosion · 98/100
A control cabinet used in a automotive application shows crevice corrosion risk after exposure to high-temperature condensate. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Underfilm corrosion · 98/100
A control cabinet used in a data centers application shows underfilm corrosion risk after exposure to submerged brackish water. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Atmospheric corrosion · 98/100
A painted steel bracket used in a agriculture application shows atmospheric corrosion risk after exposure to submerged brackish water. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Hydrogen embrittlement · 98/100
A heat exchanger tube used in a hvac application shows hydrogen embrittlement risk after exposure to sulfur-bearing atmosphere. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Fretting corrosion · 98/100
A bearing seat used in a consumer electronics application shows fretting corrosion risk after exposure to coastal salt air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Erosion-corrosion · 98/100
A valve body used in a automotive application shows erosion-corrosion risk after exposure to outdoor UV and rain. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Crevice corrosion · 98/100
A control cabinet used in a renewable energy application shows crevice corrosion risk after exposure to high-temperature condensate. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Hydrogen embrittlement · 98/100
A control cabinet used in a appliances application shows hydrogen embrittlement risk after exposure to warm humid plant air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Atmospheric corrosion · 98/100
A control cabinet used in a oil & gas application shows atmospheric corrosion risk after exposure to sulfur-bearing atmosphere. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Fretting corrosion · 98/100
A bearing seat used in a consumer electronics application shows fretting corrosion risk after exposure to outdoor UV and rain. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Microbiologically influenced corrosion · 98/100
A sensor enclosure used in a consumer electronics application shows microbiologically influenced corrosion risk after exposure to fertilizer dust. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Intergranular corrosion · 98/100
A sensor enclosure used in a mining application shows intergranular corrosion risk after exposure to high-temperature condensate. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Stress corrosion cracking · 98/100
A cable gland used in a municipal water application shows stress corrosion cracking risk after exposure to sulfur-bearing atmosphere. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Hydrogen embrittlement · 98/100
A welded frame used in a chemical processing application shows hydrogen embrittlement risk after exposure to coastal salt air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Fretting corrosion · 97/100
A painted steel bracket used in a food processing application shows fretting corrosion risk after exposure to warm humid plant air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Galvanic corrosion · 97/100
A pump impeller used in a marine application shows galvanic corrosion risk after exposure to outdoor UV and rain. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Microbiologically influenced corrosion · 97/100
A bearing seat used in a pulp & paper application shows microbiologically influenced corrosion risk after exposure to coastal salt air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Microbiologically influenced corrosion · 97/100
A pump impeller used in a aerospace application shows microbiologically influenced corrosion risk after exposure to acid vapor exposure. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Stress corrosion cracking · 97/100
A busbar joint used in a municipal water application shows stress corrosion cracking risk after exposure to cooling-tower mist. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Pitting corrosion · 97/100
A electrical connector used in a oil & gas application shows pitting corrosion risk after exposure to chlorinated washdown. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Pitting corrosion · 97/100
A pump impeller used in a pulp & paper application shows pitting corrosion risk after exposure to submerged brackish water. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Crevice corrosion · 97/100
A welded frame used in a mining application shows crevice corrosion risk after exposure to high-temperature condensate. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Stress corrosion cracking · 97/100
A battery tray used in a renewable energy application shows stress corrosion cracking risk after exposure to coastal salt air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Underfilm corrosion · 97/100
A painted steel bracket used in a food processing application shows underfilm corrosion risk after exposure to fertilizer dust. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Underfilm corrosion · 96/100
A control cabinet used in a aerospace application shows underfilm corrosion risk after exposure to submerged brackish water. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Erosion-corrosion · 96/100
A valve body used in a renewable energy application shows erosion-corrosion risk after exposure to submerged brackish water. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Erosion-corrosion · 96/100
A sensor enclosure used in a consumer electronics application shows erosion-corrosion risk after exposure to sulfur-bearing atmosphere. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Hydrogen embrittlement · 96/100
A fastener stack used in a medical devices application shows hydrogen embrittlement risk after exposure to high-temperature condensate. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Fretting corrosion · 96/100
A electrical connector used in a medical devices application shows fretting corrosion risk after exposure to sulfur-bearing atmosphere. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Fretting corrosion · 96/100
A valve body used in a data centers application shows fretting corrosion risk after exposure to cooling-tower mist. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Atmospheric corrosion · 96/100
A electrical connector used in a appliances application shows atmospheric corrosion risk after exposure to acid vapor exposure. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Hydrogen embrittlement · 96/100
A stainless shaft used in a pulp & paper application shows hydrogen embrittlement risk after exposure to chlorinated washdown. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Hydrogen embrittlement · 96/100
A electrical connector used in a agriculture application shows hydrogen embrittlement risk after exposure to outdoor UV and rain. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Galvanic corrosion · 96/100
A aluminum housing used in a data centers application shows galvanic corrosion risk after exposure to sulfur-bearing atmosphere. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Intergranular corrosion · 96/100
A mounting rail used in a pulp & paper application shows intergranular corrosion risk after exposure to fertilizer dust. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Stress corrosion cracking · 96/100
A stainless shaft used in a consumer electronics application shows stress corrosion cracking risk after exposure to coastal salt air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Hydrogen embrittlement · 96/100
A painted steel bracket used in a telecommunications application shows hydrogen embrittlement risk after exposure to cooling-tower mist. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Erosion-corrosion · 96/100
A sensor enclosure used in a telecommunications application shows erosion-corrosion risk after exposure to chlorinated washdown. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Fretting corrosion · 96/100
A electrical connector used in a chemical processing application shows fretting corrosion risk after exposure to high-temperature condensate. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Fretting corrosion · 95/100
A mounting rail used in a marine application shows fretting corrosion risk after exposure to cooling-tower mist. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Atmospheric corrosion · 95/100
A sensor enclosure used in a data centers application shows atmospheric corrosion risk after exposure to warm humid plant air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Stress corrosion cracking · 95/100
A mounting rail used in a aerospace application shows stress corrosion cracking risk after exposure to acid vapor exposure. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Erosion-corrosion · 95/100
A busbar joint used in a consumer electronics application shows erosion-corrosion risk after exposure to road-salt splash. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Galvanic corrosion · 95/100
A painted steel bracket used in a defense application shows galvanic corrosion risk after exposure to submerged brackish water. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Underfilm corrosion · 94/100
A stainless shaft used in a aerospace application shows underfilm corrosion risk after exposure to sulfur-bearing atmosphere. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Hydrogen embrittlement · 94/100
A cable gland used in a medical devices application shows hydrogen embrittlement risk after exposure to coastal salt air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Intergranular corrosion · 94/100
A electrical connector used in a pulp & paper application shows intergranular corrosion risk after exposure to coastal salt air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Crevice corrosion · 94/100
A stainless shaft used in a appliances application shows crevice corrosion risk after exposure to sulfur-bearing atmosphere. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Stress corrosion cracking · 94/100
A heat exchanger tube used in a consumer electronics application shows stress corrosion cracking risk after exposure to mixed-flowing gas exposure. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Fretting corrosion · 94/100
A stainless shaft used in a oil & gas application shows fretting corrosion risk after exposure to high-temperature condensate. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Underfilm corrosion · 93/100
A control cabinet used in a telecommunications application shows underfilm corrosion risk after exposure to warm humid plant air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Uniform corrosion · 93/100
A sensor enclosure used in a telecommunications application shows uniform corrosion risk after exposure to chlorinated washdown. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Uniform corrosion · 93/100
A fastener stack used in a food processing application shows uniform corrosion risk after exposure to fertilizer dust. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Hydrogen embrittlement · 93/100
A valve body used in a defense application shows hydrogen embrittlement risk after exposure to warm humid plant air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Erosion-corrosion · 93/100
A stainless shaft used in a construction equipment application shows erosion-corrosion risk after exposure to mixed-flowing gas exposure. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Underfilm corrosion · 93/100
A painted steel bracket used in a rail transit application shows underfilm corrosion risk after exposure to chlorinated washdown. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Pitting corrosion · 93/100
A welded frame used in a hvac application shows pitting corrosion risk after exposure to coastal salt air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Microbiologically influenced corrosion · 93/100
A electrical connector used in a renewable energy application shows microbiologically influenced corrosion risk after exposure to fertilizer dust. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Uniform corrosion · 93/100
A aluminum housing used in a consumer electronics application shows uniform corrosion risk after exposure to mixed-flowing gas exposure. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Stress corrosion cracking · 93/100
A heat exchanger tube used in a rail transit application shows stress corrosion cracking risk after exposure to fertilizer dust. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Erosion-corrosion · 93/100
A cable gland used in a food processing application shows erosion-corrosion risk after exposure to high-temperature condensate. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Crevice corrosion · 93/100
A busbar joint used in a marine application shows crevice corrosion risk after exposure to acid vapor exposure. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Erosion-corrosion · 93/100
A electrical connector used in a telecommunications application shows erosion-corrosion risk after exposure to high-temperature condensate. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Stress corrosion cracking · 92/100
A valve body used in a municipal water application shows stress corrosion cracking risk after exposure to cooling-tower mist. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Atmospheric corrosion · 92/100
A busbar joint used in a defense application shows atmospheric corrosion risk after exposure to cooling-tower mist. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Hydrogen embrittlement · 92/100
A stainless shaft used in a agriculture application shows hydrogen embrittlement risk after exposure to mixed-flowing gas exposure. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Uniform corrosion · 92/100
A electrical connector used in a pulp & paper application shows uniform corrosion risk after exposure to acid vapor exposure. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Uniform corrosion · 92/100
A pump impeller used in a construction equipment application shows uniform corrosion risk after exposure to coastal salt air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Galvanic corrosion · 92/100
A electrical connector used in a construction equipment application shows galvanic corrosion risk after exposure to warm humid plant air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Crevice corrosion · 92/100
A cable gland used in a marine application shows crevice corrosion risk after exposure to coastal salt air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Intergranular corrosion · 92/100
A valve body used in a aerospace application shows intergranular corrosion risk after exposure to coastal salt air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Fretting corrosion · 92/100
A mounting rail used in a rail transit application shows fretting corrosion risk after exposure to cooling-tower mist. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Erosion-corrosion · 91/100
A busbar joint used in a mining application shows erosion-corrosion risk after exposure to road-salt splash. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Fretting corrosion · 91/100
A battery tray used in a marine application shows fretting corrosion risk after exposure to outdoor UV and rain. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Pitting corrosion · 91/100
A fastener stack used in a pulp & paper application shows pitting corrosion risk after exposure to outdoor UV and rain. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Fretting corrosion · 91/100
A painted steel bracket used in a hvac application shows fretting corrosion risk after exposure to fertilizer dust. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Stress corrosion cracking · 91/100
A stainless shaft used in a food processing application shows stress corrosion cracking risk after exposure to outdoor UV and rain. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Fretting corrosion · 91/100
A busbar joint used in a data centers application shows fretting corrosion risk after exposure to submerged brackish water. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Hydrogen embrittlement · 91/100
A painted steel bracket used in a automotive application shows hydrogen embrittlement risk after exposure to outdoor UV and rain. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Underfilm corrosion · 91/100
A welded frame used in a rail transit application shows underfilm corrosion risk after exposure to high-temperature condensate. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Fretting corrosion · 91/100
A heat exchanger tube used in a appliances application shows fretting corrosion risk after exposure to warm humid plant air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Atmospheric corrosion · 91/100
A welded frame used in a defense application shows atmospheric corrosion risk after exposure to road-salt splash. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Intergranular corrosion · 91/100
A stainless shaft used in a defense application shows intergranular corrosion risk after exposure to warm humid plant air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Hydrogen embrittlement · 90/100
A cable gland used in a defense application shows hydrogen embrittlement risk after exposure to fertilizer dust. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Fretting corrosion · 90/100
A battery tray used in a automotive application shows fretting corrosion risk after exposure to road-salt splash. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Fretting corrosion · 90/100
A electrical connector used in a chemical processing application shows fretting corrosion risk after exposure to submerged brackish water. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Intergranular corrosion · 90/100
A valve body used in a data centers application shows intergranular corrosion risk after exposure to chlorinated washdown. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Uniform corrosion · 90/100
A busbar joint used in a data centers application shows uniform corrosion risk after exposure to coastal salt air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Uniform corrosion · 90/100
A mounting rail used in a food processing application shows uniform corrosion risk after exposure to mixed-flowing gas exposure. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Hydrogen embrittlement · 90/100
A aluminum housing used in a municipal water application shows hydrogen embrittlement risk after exposure to high-temperature condensate. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Crevice corrosion · 89/100
A control cabinet used in a marine application shows crevice corrosion risk after exposure to submerged brackish water. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Atmospheric corrosion · 89/100
A welded frame used in a marine application shows atmospheric corrosion risk after exposure to fertilizer dust. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Galvanic corrosion · 89/100
A valve body used in a rail transit application shows galvanic corrosion risk after exposure to cooling-tower mist. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Erosion-corrosion · 89/100
A painted steel bracket used in a municipal water application shows erosion-corrosion risk after exposure to outdoor UV and rain. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Erosion-corrosion · 89/100
A electrical connector used in a mining application shows erosion-corrosion risk after exposure to coastal salt air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Microbiologically influenced corrosion · 89/100
A sensor enclosure used in a medical devices application shows microbiologically influenced corrosion risk after exposure to submerged brackish water. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Hydrogen embrittlement · 89/100
A fastener stack used in a data centers application shows hydrogen embrittlement risk after exposure to coastal salt air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Intergranular corrosion · 89/100
A busbar joint used in a rail transit application shows intergranular corrosion risk after exposure to high-temperature condensate. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Hydrogen embrittlement · 89/100
A pump impeller used in a municipal water application shows hydrogen embrittlement risk after exposure to coastal salt air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Intergranular corrosion · 89/100
A cable gland used in a aerospace application shows intergranular corrosion risk after exposure to sulfur-bearing atmosphere. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Uniform corrosion · 89/100
A mounting rail used in a construction equipment application shows uniform corrosion risk after exposure to high-temperature condensate. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Uniform corrosion · 89/100
A welded frame used in a municipal water application shows uniform corrosion risk after exposure to sulfur-bearing atmosphere. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Pitting corrosion · 89/100
A pump impeller used in a agriculture application shows pitting corrosion risk after exposure to fertilizer dust. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Microbiologically influenced corrosion · 89/100
A welded frame used in a municipal water application shows microbiologically influenced corrosion risk after exposure to sulfur-bearing atmosphere. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Galvanic corrosion · 89/100
A aluminum housing used in a automotive application shows galvanic corrosion risk after exposure to high-temperature condensate. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Crevice corrosion · 89/100
A electrical connector used in a appliances application shows crevice corrosion risk after exposure to mixed-flowing gas exposure. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Crevice corrosion · 89/100
A bearing seat used in a telecommunications application shows crevice corrosion risk after exposure to road-salt splash. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Microbiologically influenced corrosion · 88/100
A electrical connector used in a hvac application shows microbiologically influenced corrosion risk after exposure to warm humid plant air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Pitting corrosion · 88/100
A painted steel bracket used in a pulp & paper application shows pitting corrosion risk after exposure to chlorinated washdown. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Fretting corrosion · 88/100
A stainless shaft used in a defense application shows fretting corrosion risk after exposure to coastal salt air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Atmospheric corrosion · 88/100
A fastener stack used in a aerospace application shows atmospheric corrosion risk after exposure to mixed-flowing gas exposure. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Stress corrosion cracking · 88/100
A busbar joint used in a mining application shows stress corrosion cracking risk after exposure to outdoor UV and rain. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Microbiologically influenced corrosion · 88/100
A busbar joint used in a aerospace application shows microbiologically influenced corrosion risk after exposure to fertilizer dust. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.
Critical · Uniform corrosion · 88/100
A painted steel bracket used in a marine application shows uniform corrosion risk after exposure to warm humid plant air. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.