Did you mean: Low, Bevis Brunel Low, Brunel Bevis BRUNEL LOW,BEVIS Lowe-Brown, William Lowe Lowell S. Brown Lowell S. Brown Lowell S. Brown Lowell S. Brown LEE, LOW. L,BRUNETTI, C,DUMMER, G. W. A MAYNARD, HAROLD B,STEGEMERTEN, G. J,LOWRY, STEWART M DIGITAL SPEECH.CODING FOR LOW BIT RATE COMMUNICATION SYSTEMS SHEARER, J.LOWEN ,KULANKOWSKI, BOHDAN T SHEARER, J.LOWEN , KULANKOWSKI, BOHDAN T Bennett, James D, Harrison, Lowell H ENCYCLOPEDIA OF GREAT MILITARY LEADERS AND SOLDIERS. FIELD MARSHAL JEFFREY AMHERST, JACOB ASTLEY, ATTILA, ALEXANDER THE GREAT, EDMUND HENRY ALLENBY, SUBATAI BA ADUR, BABAR, FRANCISCO FRANCO BAHAMONDE, WILLIAM BAILLIE, LANCE SERGEANT JOHN D. BASKEYFIELD, WILLIAM GEORGE BARKER, PIERRE G.T BEAUREGARD, JEAN BAPTISTE-JULES BERNADOTTE, WILLIAM AVERY BISHOP, NETAJI SUBHASH CHANDRA BOSE, ADMIRAL EDWARD BOSCAWEN, ALEKSEY ALEKSEYEVICH BRUSILOV, CADWALLON KING OF GWYNEDD, CAIUS JULIUS CAESAR, WILLIAM CAVENDISH, CHARLES 1, CHARLES OF LORRAINE, NOEL GODFREY CHAVASSE,CHRISTIAN OF BRUNSWICK, JOHN CHURCHILL, ROBERT CLIVE, CALBRAITH LOWERY COLE, SIR EYRIE COOTE, ROBERT CRAUFORD, OLIVER CROMWELL, WILLIAM AUGUSTUS CUMBERLAND, EDWARD THE BLACK PRICE, PRINCE OF WALES, EDWARD III KING OF ENGLAND, THOMAS FAIRFAX, ERICH VON FALKENHAYN, FERDINAND OF BRUNSWICK, NATHAN BEDFORD FORREST, FREDERICK II (THE GREAT), BERNARDO DE GALVEZ, GEORGE II, NATHANAEL GREENE, BEVIL GRENVILE, ALEXANDER HAMILTON, HANNIBAL, SIR BASIL HENRY LIDDELL HART, ADMIRAL EDWARD HAWKE, A.P HILL, ROWLAND "DADDY" HILL, GENERAL NGUYEN VAN HIEU, NELSON HARATTIO, JOHN PAUL JONES, JEAN BAPTISTE JOURDAN, STEPHEN WATTS KEARNY, MYLES WALTER KEOGH, HORATIO KITCHENER, V.V FILIP KONOWAL, PRINCE M ILARIONOVICH KUTUZOV, THE MARQUIS DELAFAYETTE, MARMADUKE LANGDALE, BENJAMIN LINCOLN, ERICH VON LUDENDORFF, DOUGLAS MACARTHUR, ADMIRAL THOMAS MATHEWS, SIR WALTER DE MAUNY, DUKE MAXIMILIAN IOF BAVARIA, GEORGE BRINTON MCCLELLAN, MAJOR GENERAL G.G MEADE, VON MOLTKE, LOUIS OSEPH MONTCALM, BRIGADIER GENERAL DANIEL MORGAN, SULTAN MURAD, NICOLAS CHARLES OUDINOT,GRAND DUKE NINHOLAS, ROBERT GEORGES NIVELLE, ORKHAN, OTHMAN, GENERAL SIR JAMES OUTRAM, HENRY PERCY HOTSPUR, JOHN JOSEPH PERSHING, WILLIAM PITT THE ELDER, PRINCE JOSEF ANTON PONIATOWSKI, COLONEL JOHN A POINDEXTER, JOHN S POINDEXTER, ELWOOD R QUESADA, PRINCE RUPERT, HERMAN MAURICE SAXE, GENERAL WINFIELD SCOTT, WILLIAM TECUMSEH SHERMAN, CHHATRAPATI SHIVAJI, PHILIP SKIPPON, TECUMSEH, JOHAN TESERCLAES TILLY, SUN TZU, FREDERICK WILLIAM I, JAMES WOLFE, SHAKA ZULU USE OF A NEW FORMULA IN THE ANALYSIS OF TORSIONAL HARMONIC EXCITATIONS FOR IC ENGINES 209-214 A NEW METHD FOR ENGINE DESIGN USING DYNAMIC OPTIMIZATION ANS SUBSTRUCTURE SYNTHESIS METHOD 215-220 DYNAMIC ANALYSIS OF RIB PATTERNS 221-228 SIMULTANEOUS OPTIMUM DESIGN METHOD FOR MULTIPLE DYNAMIC ABSORBERS TO CONTROL MULTIPLE RESONANCE PEAKS 229-238 A SHOCK ABSORBER VIBRATION ANALYSIS HIGH FREQUENCY AND LOW FREQUENCY 239-244 EXPERIMENTAL ANALYSIS OF POWER PLANT VIBRATIONS BY SHAKER TEST 245-254 DESIGN STRATEGIES FOR LOW NOISE ENGINE CONCEPTS 255-264 INVESTIGATIONS ON INFLUNCE OF ENGINE BLOCK DESIGN FEATURES ON NOISE AND VIBRATION 265-282 ON COMBUSTION NOISE AND WORKING STABILITY OF 6130Q DIESEL ENGINE 283-290 NOISE AND VIBRATION REFINEMENT OF THE FORD 3.8 LITER POWERTRIN 291-306 A NEW METHOD FOR CAR BODY DESIGN OPTIMIZATION 307-316 ACCOUSTIC ANALYSIS OF TRUCK CAB 317-322 FREQUENCY OPTIMIZATION TECHNIQUE BASED ON THE ANTI RESONANCE SENSITIVITY METHOD 323-328 THE APPLICATION OF NOISE SIMULATION TECHNIQUES TO CONCEPTUAL AUTOMATIVE POWERTRAIN DESIGN 329-338 IMPROVING INTERIOR NOISE PRODUCED DURING ACCELERATION 339-348 A DEVELOPMENT PROCESS TO IMPROVE VEHICLE SOUND QUALITY 349-358 STATISTICAL EVALUATION OF AN ANNOYANCE INDEX FOR ENGINE NOISE RECORDING 359-368 DEVELOPMENT AND APPLICATION OF AN EVALUATION TECHNIQUE TO ASSESS THE SUBJECTIVE CHARACTER OF ENGINE NOISE 369-380 DIAGNOSIS AND OBJECTIVE EVALUATION OF GEAR RATTLE 381-396 THE DEVELOPMENT OF VIBRATION DAMPING STEEL SHEETS FOR INNER RANELS OF AUTOMOTIVE VEHICLES 397-406 THE EFFECTS OF DYNAMIC STRAIN SMPLITUDE AND STATIC PRESTRAIN ON THE PROPERTIES OF VISCOELASTIC MATERIALS 407-416 THE POWER INJECTION METHOD FOR VIBRATION DAMPING DETERMINATION OF BODY PANELS WITH APPLIED DAMPING TREATMENTS AND TRIM 417-426 PANEL VIBRATION CONTROL FOR BOOMING NOISE REDUCTION 427-434 DESIGN OPTIMIZATION OF MDI BASED POLYURETHANE FOAM BACKED AUTOMOTIVE CARPETS SYSTEMS 435-442 INVETSIGATING CALCULATED LOUDNESS ISO 532 FOR EVALUATING IMPULSIVE SOUNDS 443-452 MEASURING THE LOUDNESS OF DOOR STAMS 453-456 A NEW TWO MICROPHONE IMPEDANCE TUBE WITH IMPROVED MICROPHONE DESIGN FOR MATERIALS TESTING 457-460 STUDY ON TEST AND PRODUCT VARIATIONS OF NOISE REDUCTION CAPABILITIES OF HEADLINES 461-478 ACC NO-30824 ACC NO-30825 DOWNGAUGING WITH HIGH PERFORMANCE FILLED RIM POLYMERS LOWERING FASCILL COST AND IMPROVING QUALITY 157-161 POLYUREA FASCIA WITH MCA REINFORCEMENT THE ULTIMATE IN PERFORMANCE AND SURFACE QUALITY 153-156 REACTOR THERMOPLASTIC OLEFINS A NEW CLASS OF HIGH PERFORMANCE MATERIALS FOR BUMPER SYSTEMS 133-152 DEVELOPMENT OF SUPER OLEFIN BUMPER FOR AUTOMOTIVE 121-132 STRUCTURAL RIM FOR PRODUCTION OF AUTOMOTIVE BUMPER BEAMS 115-120 ENERGY TRANSFER CHARACTERISTICS OF THERMOPLASTIC BUMPER BEAMS IN A PENDULUM IMPACT 109-114 DESIGNING FOR THERMOPLASTIC EXTERIOR BODY PANEL SYSTEMS 105-108 DIMENSIONALLY STABLE THERMOPLASTIC OLEFINS (TPOS) 97-104 THERMOPLASTIC COMPRESSION MOLDED HORIZONTAL AUTOMOTIVE PANELS 79-96 DEVELOPMENT OF A METHODOLOGY FOR ANALYSIS OF FULL FIELD STRAINS IN THERMOPLATIC EXTERIOR BODY PANLES USING PHOTOELASTIC TECHNIQUES 69-78 POLYOLEFINS THE BUILDING BLOCKS FOR DESIGNING THE MOST COST EFFECTIVE AUTOMOTIVE COMPONENTS 63-68 FENDER MATERIAL SYSTEM A LIFECYCLE COST COMPARISON 53-62 EXTERIOR BODY PANEL PRESENT MANUFACTURING IMPLEMENTATION AND FUTURE DIRECTIONS AND NEEDS 47-52 CLASS A STRUCTURAL RIM REPORT ON A PROGRAM TO DEVELOP SRIM FOR EXTERIOR AUTOMOTIVE BODY PANELS 41-46 FACTORS IMPACING THE SURFACE QUALITY OF A LIQUID COMPOSITE MOLDED SURFACE 31-40 VERTICAL BODY PANEL FLEXIBLE CLASS A SURFACE COMPOSITES VIA COMPRESSION OR INJECTION MODELING 7-30 REDUCING DEFECTS TO IMPROVE THE COMPETTIVENESS OF SMC IN EXTERIOR PARTS 1-6.27360 .28053.30843.30844.SP-902 CMOS RF TRANSCEIVERS CONVERTERS-BANDPASS DELTA-SIGMA IN RF RECEIVERS LOW VOLTAGE CONTINUOUS-TIME FILTERS UNITED STATES-MILITARY POLICY LOW-INTENSITY CONFLICTS MILITARY SCIENCE BALANCE OF POWER GURILLA WARFARE-CASE STUDIES MODELLING OF PRE AND POST IMPACT PHASES OF VEHICULAR COLLISIONS1-12 KASKIN, T COLLISION SPEED ESTIMATION USING A SINGLE NORMALISED CRUSH DEPTH IMPACT SPEED CHARACTERISTIC 13-28 WOOD, D. P APPLICATION OF THE NHTSA CRASH DATABASE TO POLE IMPACT PREDICTIONS 29-34 NYSTROM, G. A KOST, G CALCULATING SPEED FROM HEAVY TRUCK SKID MARKS 35-46 FRIES, T. R JONES, T. D A METHOD FOR QUANTIFYING VEHICLE CRUSH STIFFNESS COEFFICIENTS 47-52 NEPTUNE, J. A BLAIR, G. Y TRAJECTORY ANIMATION ON A PERSONAL COMPUTER 53-60 BRACH, R. M IMPROVING WITNESS CONTROBUTIONS TO RECONSTRUCTIONS AND ANIMATION 61-68 COX, L. O RIVER, G. W LOW COST PC-BASED ACCIDENT RECONSTRUCTION ANIMATION 69-74 BURKE, R. L COX, L. O THE ANIMATION COMPUTER AS A 3-D RECONSTRUCTION TOOL 75-88 HULL, W. C NEWTON, B. E COMPUTER ANIMATION TECHNIQUES FOR USE IN COLLISION RECONSTRUCTION 89-96 GRIMES, W. D PC BASED ACCIDENT RECONSTRUCTION ANIMATION USING AUTODESK 3D STUDIO 97-106 ARONBERG, R SNIDER, A. A AUTOMATED ANIMATION FOR HUMAN SUBJECTS IN THE CRASH ENVIRONMENT 107-112 MCL, R. W MCLAY, B. G APPLICATION OF FINITE ELEMENT COMPUTER MODEL POST PROCESSING TO THE ANIMATION OF AUTOMOBILE OCCUPANT MOTION 113-116 PROCTOR, CHARLES AUTOMOBILE DAMAGE SCALES AND THE EFFECT ON INJURY ANALYSIS 117-127 HIGHT, P. V FUGGER, T. F ACC NO-28050 ACC NO-30797 ACC NO-30796 ACC NO-27357