Did you mean: Search also for related subjects Search also for narrower subjects Search also for broader subjects ELECTRIC MACHINES - PRINCIPLES AND CONTROL,.ELECTRIC DRIVES - PRINCIPLES AND CONTROL. ELECTRIC MACHINES.ELECTRIC DRIVES. ELECTRIC MACHINES.ELECTRIC DRIVES. ELECTRIC MACHINES - MODELING AND SIMULATION.ELECTRIC DRIVES - MODELING AND SIMULATION MODELING AND SIMULATION OF LIFE SCIENCES, MATERIALS AND TECHNOLOGY MODELING AND SIMULATION OF DYNAMIC SYSTEM BEHAVIOUR.DEDS MODELING AND SIMULATION.CTDS MODELING AND SIMULATION SYSTEM THEORY.SYSTEM MODELING AND SIMULATION SI ENGINE MODELING AND SIMULATION, SP-1606 PROCESS CONTROL MODELING DESIGN AND SIMULATION SYSTEM DYNAMICS; MODELING SIMULATION AND CONTROL OF MECHATRONIC SYSTEMS Simulation and Modeling Modeling and simulation in science, engineering & technology Modeling and simulation of dynamic system ANALOG-DIGITAL SYSTEMS-MODELING AND SIMULATION SIMULATION OF MIXED ANALOG-DIGITAL SYSTEMS ANALOG INTEGRATED CIRCUITS SIGNAL PROCESSING ANALOG AND DIGITAL CIRCUITS ELECTRO-OPTICAL DEVICE-SIMULATORS PIECEWISE LINEAR TECHNIQUESC CELLULAR ARRAY PROCESSOR-HIGH PERFORMANCE COMPUTING HYBRID ELECTRIC VECHILES.HEV FUNDAMENTALS.HEV ARCHITECTURE.HEV APPLICATION FOR MILITARY VEHICLES.POWER ELECTRONICS IN HEVS.BOND GRAPH MODELING TECHNIQUES.ELECTRIC AND HYBRID VEHICLES-MODELING AND SIMULATION SPEECH, IMAGE, VIDEO AND SIGNAL PROCESSING, WIRELESS, MOBILE AND SENSOR NETWORKS, COMPUTER VISION AND GRAPHICS, COMMUNICATION TECHNIQUES AND SYSTEMS, ARTIFICIAL INTELLIGENCE AND FUZZY LOGIC, COMPUTER NETWORKS AND UBIQUITOUS COMPUTING, ASIC DESIGN AND EMBEDDED SYSTEMS, MICROELECTRONICS AND MEMS, NANOTECHNOLOGY AND QUANTUM COMPUTING, ALGORITHMS, TOOLS & APPLICATIONS, GEO-INFORMATICS, MODELING & SIMULATION, POWER AND ALTERNATE ENERGY RESOURCES, SOFTWARE ENGINEERING, AUTOMATION AND CONTROL SYSTEMS, SOFTWARE ENGINEERING, DISTRIBUTED COMPUTING AND DATABASES MOBILE AD HOC NETWORKS.FUNDAMENTALS OF MANET MODELING AND SIMULATION.COMMUNICATION PROTOCOLS OF MANET.FUTURE NETWORKS A NEW MATERIAL FOR NEW WAYS OF DESIGN 1-6 A SHEET METAL STAMPING CLASSIFICATION SYSTEM FOR PRODUCT PROCESS 7-18 CAPABILITIES AND ADVANCES IN THE FINEBLANKING PROCESS 19-40 SHEARING AND STAMPING HOT ROLLED MATERIAL 41-50 COMPUTERIZED CONTROL OF THE BLANKHOLDER PRESSURE ON DEEP 51-56 TRIBOLOGICAL FACTORS AFFECTING THE LDH TEST 57-62 GLOBAL AND LOCAL PERSPECTIVES OF GRID ANALYSIS TECHNIQUES 63-72 COMPARISON OF DIFERENT SURFACE STRAIN MEASUREMENT METHODS USED FOR DEFORMED SHEET METAL PARTS 73-86 RECENT PROGRESS IN THE DEVELOPMENT OF FORMING LIMIT CURVES FOR AUTOMOTIVE SHEET STEELS 87-104 INTERACTION OF PART GEOMETRY AND MATERIL PROPERTIES WITH FORMING SEVERITY AND TOOLING DESIGN FOR BOX SHAPED STAMPINGS 105-114 MICRO MECHANISTIC INTERPRETATION OF TOOL WORKPLACE INTERACTIONS 115-122 EFFECT OF BEAD FINISH ORIENTATION ON FRICTION AND GALLING IN THE DRAWBEAD TEST 123-134 AN EVALUATION OF INTERFACE FRICTION IN DIFERENT FORMING MODELS FOR COATED STEEL SHEETS 135-142 TRANSIENT TRIBOLOGICAL PHENOMENA IN DRAWBEAD SIMULATION 143-150 THE EFFECTS OF DIE MATERIALS AND ELECTRO ETCHING ON FRICTIONAL CHARACTERISTICS OF AUTOMOTIVE SHEET STEELS 151-160 USING AXISYMMETRIC SOLUTIONS TO ESTIMATE THE FORMING SEVERITY OF THREE DIMENSIONAL METAL STAMPINGS 161-172 FACTORS AFFECTING THE FORMABILITY OF CORNERS IN SHEETMETAL PARTS 173-182 ON A ONE STEP FINITE ELEMENT APPROACH FOR A CLOSER INTERFACE BETWEEN PRODUCT DESIGN AND MANUFACTURING FEASIBILITY 183-192 NUMERICAL SIMULATION OF A STRETCH DRAWN AUTOBODY PART 1 ASSESSMENT OF SIMULATION METHODOLOGY AND MODELING OF STAMPING COMPONENT 193-206 NUMERICAL SIMULATION OF A STRETCH DRAWN AUTOBODY PART-2 VALIDATION VERSUS EXPERIMENTS FOR VARIUOS HOLDING AND DRAWBOARD CONDITIONS 207-219 ACC NO-27350 ACC NO-30802 ACC NO-30801 ACC NO-28044 CRYSTAL GROWTH; HEAT AND MASS TRANSFER; CHEMICAL VAPOR DEPOSITION; MELTING SOLIDIFICATION-PROCESS MODELING; MELTING SOLIDIFICATION-PROCESS SIMULATION; MATERIAL REMOVAL; WELDING; SURFACE HEAT TRANSFER IN MATERIALS PROCESSING; NATURAL CONVECTION IN MATERIALS PROCESSING; ELECTROMAGNETIC EFFECTS IN MATERIAL PROCESSING; POLYMER EXTRUSION; INJECTION MOLDING; COMPOSITES; MATERIAL PROCESSING WITH LASER; LASER DRILLING; CERAMICS AND GLASS; THIN FILM AND MEMBRANE TECHNOLOGY; NEURAL NETWORKS IN MATERIAL PROCESSING