Pro/ENGINEER Wildfire Modes

                           Pro/ENGINEER Wildfire Modes

Pro/ENGINEER Detailed Design (CAD)


  1. Pro/ENGINEER Flex3C
  2. Pro/ENGINEER Foundation Advantage
  3. Pro/ENGINEER Advanced Assembly
  4. Pro/ENGINEER API Toolkit
  5. Pro/ENGINEER Design Collaboration
  6. Pro/ENGINEER Expert Framework
  7. Pro/ENGINEER Student Edition

Pro/ENGINEER Simulation (Analysis/Result Display) (CAE)


  1. Pro/ENGINEER Advanced Structural and Thermal
  2. Pro/ENGINEER Structural and Thermal
  3. Pro/ENGINEER Fatigue Advisor
  4. Pro/ENGINEER Mechanism Dynamics
  5. Pro/ENGINEER Behavioral Modeling

Pro/ENGINEER Wildfire Modes


  1. Pro/ENGINEER Production (CAM)
  2. Pro/ENGINEER Complete Mold Design
  3. Pro/ENGINEER Complete Machining
  4. Pro/ENGINEER Computer-Aided Verification
  5. Pro/ENGINEER Expert Moldbase
  6. Pro/ENGINEER NC Sheetmetal
  7. Pro/ENGINEER Plastic Advisor
  8. Pro/ENGINEER Prismatic and Multi-surface Milling
  9. Pro/ENGINEER Production Machining
  10. Pro/ENGINEER Progressive Die
  11. Pro/ENGINEER Tool Design

Pro/ENGINEER Routed Systems


  1. Pro/ENGINEER Routed Systems Designer
  2. Pro/ENGINEER Piping Design
  3. Pro/ENGINEER Cabling Design

Pro/ENGINEER Workgroup Data Management


  1. Pro/INTRALINK
  2. Windchill Pro/ENGINEER Extension

Pro/ENGINEER Wildfire Modes


  1. Pro/ENGINEER Conceptual and Industrial Design
  2. Pro/CONCEPT
  3. Pro/ENGINEER Advanced Rendering
  4. Pro/ENGINEER Interactive Surface Design
  5. Pro/ENGINEER Reverse Engineering

eDrawings for Pro/ENGINEER


  1. Windchill
  2. Windchill PDMLink
  3. Windchill ProjectLink
  4. Windchill PartsLink
  5. Windchill Integrations
  6. Windchill MCAD & ECAD Integrations
  7. Windchill Enterprise Systems Integrations
  8. Windchill DynamicDesignLink
  9. Windchill ProductView

Pro/ENGINEER Wildfire Modes

Pro/MECHANICA (FEA)

Pro/DESKTOP

DIVISION


  1. DIVISION Mockup
  2. DIVISION ProductView
  3. DIVISION Reality

CADDS 5i


  1. CADDS 5i Modeling Foundation
  2. CADDS 5i Mechanical
  3. CADDS 5i Shipbuilding
  4. CADDS 5i Data Exchange
  5. CADDS 5i Optegra

Pro/ENGINEER Wildfire Modes

DIMENSION III


  1. Granite Interoperability Kernel
  2. Harmony
  3. InterComm
  4. InterComm Expert
  5. InterComm EDAcompare
  6. InterComm EDAconduit

PLM Solutions


  1. Product Development System
  2. Product Lifecycle Management (PLM)
  3. Product First



Comments

Post a Comment

Popular posts from this blog

Pro/ENGINEER Functionality

Image
    Pro/ENGINEER Functionality The basic functionality of Pro/ENGINEER is broken into four major areas: •          Part Modeling and Design •          Assembly Modeling and Design •          Design Documentation (Drawing Generation) •          General Functionality                                 Part Design and Modeling Defining Geometry - Feature-Based Design • Create sketched features including protrusions, cuts, and slots made by either extruding, revolving, or sweeping along a 2D sketched trajectory, or blending between parallel sections  • Create pick and place features, such as holes, shafts, chamfers, rounds, shells, regular drafts, flanges, ribs, etc.  • Sketch c...
Read more

PATTERNS

PATTERNS:              From the design, provided by an engineer or designer, a skilled pattern maker builds a pattern of the object to be produced, using wood, metal, or plastic; other materials to be used can be polystyrene or even sand strickled into shape. The metal to be cast will contract during solidification, and this may be non-uniform due to uneven cooling. Therefore, the pattern must be slightly larger than the finished product, a difference known as contraction allowance. Pattern-makers are able to produce suitable patterns using ‘contraction rules’. Different scaled rules are used for different metals because different metals/alloys contract at different rates. Patterns also have core prints; these create registers within the moulds, into which are placed sand cores. Sand cores are used to create undercut profiles and holes which cannot be moulded.                  Paths for the entrance of...
Read more

Mechanical behavior of Al-Sic-Zn-Cu Metal Matrix Composite

                     Aluminum is the world‘s most abundant metal and is the third most common element, comprising 8% of the earth’s crust. The versatility of aluminum makes it the most widely used metal after steel. After iron, aluminum is now the second most widely used metal in the world. This is because aluminum has a unique combination of attractive properties. Low weight, high strength, superior malleability, easy machining, excellent corrosion resistance and good thermal and electrical conductivity are amongst aluminum’s most important properties. Aluminum is also very easy to recycle. A unique combination of properties makes aluminum and its alloys one of the most versatile engineering and construction material available today. A metal matrix composite (MMC) is composite material with at least two constituent parts, one being a metal. MMCs are made by dispersing a reinforcing material into a metal matrix. The matrix is the ...
Read more