Woodward on Time :: Number of documents found: 36


(10711) passing chime [A..]; Group 1: Expermental Clocks

(10712) New Grasshopper Escapement [A…]; Group 1: Expermental Clocks

(10713) new master and slave system [A…]; Group 1: Expermental Clocks
    Author: Woodward, Philip :: 1-3 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 8-13
    Comments and/or Abstract >

(10714) horological adventure [A…]: Part 1: The Short Clock Part 2: The mechanical version; Group 1: Expermental Clocks
    Author: Woodward, Philip :: 1-4 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 14-28
    Comments and/or Abstract >

(10715) Some observations on countwheels; Group 1: Expermental Clocks
    Author: Woodward, Philip :: 1-5 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 29-34
    Comments and/or Abstract >

(10716) gearless mechanical clock [A…]; Group 1: Expermental Clocks
    Author: Woodward, Philip :: 1-6 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 35-54
    Comments and/or Abstract >

(10717) fresh look at W5 [A...]; Group 1: Expermental Clocks
    Author: Woodward, Philip :: 1-7 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 55-60
    Comments and/or Abstract >

(10718) Attachment, Detatchment or Freedom; Group 2: Escapement Theory
    Author: Woodward, Philip :: 2-1 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 61-67
    Comments and/or Abstract >

(10719) Impuls error in recoil escapements; Group 2: Escapement Theory
    Author: Woodward, Philip :: 2-2 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 68-73
    Comments and/or Abstract >

(10720) note on Q-values [A...]; Group 2: Escapement Theory
    Author: Woodward, Philip :: 2-3 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 74-76
    Comments and/or Abstract >

(10721) Q is really a simple concept; Group 2: Escapement Theory
    Author: Woodward, Philip :: 2-4 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 77-83
    Comments and/or Abstract >

(10722) new look at escapement theory [A...]: Part 1: REading the vibrations, 2: The tangent rule, 3. Phase center, 4. Airy's equations, 5. Balancing.
    Author: Woodward, Philip :: 2-5 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 84-107
    Comments and/or Abstract >

(10723) Experiments with a simulated clock; Group 2: Escapement Theory
    Author: Woodward, Philip :: 2-6 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 108-114
    Comments and/or Abstract >

(10724) Harrison's weighted escapement torque; Group 2: Escapement Theory
    Author: Woodward, Philip :: 2-7 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 115-120
    Comments and/or Abstract >

(10725) Henry Kater's gravity escapement; Group 2: Escapement Theory
    Author: Woodward, Philip :: 2-8 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 121-124
    Comments and/or Abstract >

(10726) One second in 100 days; Group 3: Error Analysis
    Author: Woodward, Philip :: 3-1 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 127-132
    Comments and/or Abstract >

(10727) performance of a 19th century regulator by William Hardy [The...]; Group 3: Error Analysis
    Author: Woodward, Philip :: 3-2 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 133-145
    Comments and/or Abstract >

(10728) Pendulums in a noisy environment: 1:The BAteman Effect, 2. Noise power, 3. Timekeeping errors,; Group 3: Error Analysis
    Author: Woodward, Philip :: 3-3 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 146-161
    Comments and/or Abstract >

(10729) Varying the gravity of a penduum; Group 3: Error Analysis
    Author: Woodward, Philip :: 3-4 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 162-166
    Comments and/or Abstract >

(10730) Stability analysis: 1. Variations of daily rate, 2. Other rating intervals, 3. Patterns of instability; Group 4: Timekeeping Stability
    Author: Woodward, Philip :: 4-1 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 169-183
    Comments and/or Abstract >

(10731) What are random errors and how do they grow?; Group 4: Timekeeping Stability
    Author: Woodward, Philip :: 4-2 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 184-190
    Comments and/or Abstract >

(10732) Performance of the Daniels coaxial escapement; Group 4: Timekeeping Stability
    Author: Woodward, Philip :: 4-3 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 191-196
    Comments and/or Abstract >

(10733) unique horological experience [A...] -; Group 4: Timekeeping Stability
    Author: Woodward, Philip :: 4-4 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 197-204
    Comments and/or Abstract >

(10734) apology for stability analysis [An...]; Group 4: Timekeeping Stability
    Author: Woodward, Philip :: 4-5 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 205-206
    Comments and/or Abstract >

(10735) appreciation of the Littlemore clock [An...]; Group 4: Timekeeping Stability
    Author: Woodward, Philip :: 4-6 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 207-210
    Comments and/or Abstract >

(10736) Compensation of Pendulums; Group 5: Pendulums and their suspensions
    Author: Woodward, Philip :: 5-1 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 211
    Comments and/or Abstract >

(10737) Some thoughts on suspension springs; Group 5: Pendulums and their suspensions
    Author: Woodward, Philip :: 5-2 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 212-216
    Comments and/or Abstract >

(10738) bimetallic compensator [A...]; Group 5: Pendulums and their suspensions
    Author: Woodward, Philip :: 5-3 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 217-221
    Comments and/or Abstract >

(10739) Roller suspension, a tangled tale: 1: Kater, Young and Laplace, 2. The extended cycloid,; Group 5: Pendulums and their suspensions
    Author: Woodward, Philip :: 5-4 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 222-237
    Comments and/or Abstract >

(10740) suspension spring without a formula in sight [The...]; Group 5: Pendulums and their suspensions
    Author: Woodward, Philip :: 5-5 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 238-242
    Comments and/or Abstract >

(10741) Fedchenko's isochronous pendulum 1. Sconik's clock, 2. Grudev's theory,; Group 5: Pendulums and their suspensions
    Author: Woodward, Philip :: 5-6 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 243-254
    Comments and/or Abstract >

(10742) Anisochronism of the compound cycloidal pendulum; Group 5: Pendulums and their suspensions
    Author: Woodward, Philip :: 5-7 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 255-256
    Comments and/or Abstract >

(10743) Postscript on Aesculus hippocastanum; Group 5: Pendulums and their suspensions
    Author: Woodward, Philip :: 5-8 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 257
    Comments and/or Abstract >

(10744) study of the spiral hairspring with a new evolution of its elestaic properties [A...] [=Group 6] 1: Lossier's engima, 2. Love's elasticae ...
    Author: Woodward, Philip :: 6-0 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 258-293
    Comments and/or Abstract >

(10745) W5 for emulation (= Group 7), 1. The idea behind W5, 2.The escapement, 3. Energy management, 4. The free pendulum, 5. The Aneroid Compensator ...
    Author: Woodward, Philip :: 7-0 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 294-326
    Comments and/or Abstract >

(10746) Epilogue: The making of (D)W5 - Philip Woodward as Mentor
    Author: Walter, David :: 8-0 Year Vol (No) Month (or Chapter/Auction item): :: Pages: 327-335
    Comments and/or Abstract >