| ALL：PDF（90MB） | |
| CONTENTS | |
| Change in Seismic Activity Ppreceding the Opening of a New Fumarole in November, 2008 at Azuma Volcano : Sadato UEKI, Satoshi HIRAYAMA and Takashi NAKAYAMA | 1-6 |
| Seismic Activity of Low Frequency Earthquakes around the Osorezan Volcano : Masahiro KOSUGA | 7-12 |
| Damage Progress with Loading of Degraded Mortar : Kiyohito YAMAMOTO, Akira KOBAYASHI and Shigeyasu AOYAMA | 13-18 |
| Wind-induced Damage to Pipe-framed Greenhouses and its Mitigation : Yasushi UEMATSU, Satoshi TANAKA, Koichi NAKAHARA, Hideki MORIYAMA and Sadanori SASE | 19-24 |
| External Wind Pressure Coeffi cients for Designing Pipe-framed Greenhouses : Satoshi TANAKA, Yasushi UEMATSU, Hideki MORIYAMA and Sadanori SASE | 25-30 |
| A Prediction of Frost Damage : Akira WATANABE | 31-36 |
| Estimation for Evaluating Emergency Response Ability by Voluntary Disaster Prevention Organizations in Neighborhood against Earthquake Disaster in Prefecture of Miyagi, Part-1 : Tetsuo SHIOTA, Mamiko EZOE, Takeshi SATO, Akihiro SHIBAYAMA, Satoru MASUDA and Yoshiyuki MURAYAMA | 37-40 |
| Estimation for Evaluating Emergency Response Ability by Voluntary Disaster Prevention Organization in Neighborhood against Earthquake Disaster in Prefecture of Miyagi, Part-2 : Mamiko EZOE, Tetsuo SHIOTA, Takeshi SATO, Akihiro SHIBAYAMA, Satoru MASUDA, Yoshiyuki MURAYAMA | 41-46 |
| Study on Human Evacuation and Rescue Simulation in a High-Rise Building : Hiroki ITO, Akihiro SHIBAYAMA and Susumu OHNO | 47-50 |
| Estimation of Basement Structures in Oshu City, Iwate Prefecture by Using H/V Spectral Ratios of Microtremor Record : Kazuya HATAKEYAMA, Hidekazu YAMAMOTO and Tsuyoshi SANO | 51-56 |
| Estimation of S-wave Velocity Structures at the Area of Oshu City, Iwate Prefecture by using Microtremor Array Technique : Shunya SAWAKI, Hidekazu YAMAMOTO and Tsuyoshi SANO | 57-62 |
| Site Amplifi cation Characteristics at the Strong Motion Observation Sites in Iwate Prefecture for the Iwate-Miyagi Nairiku Earthquake in 2008 : Megumi HIRAIDE, Hidekazu YAMAMOTO and Tsuyoshi SANO | 63-68 |
| Temporal Strong Ground Motion Observation at the Koromogawa Branch Government Offi ce, Oshu City : Shunichi KATAOKA, Hidekazu YAMAMOTO, Tsuyoshi SANO and Akihisa KAMIHARAKO | 69-74 |
| Estimation of Deep Underground Sediments Structure by Microtremor Measurement in Akita City : Toshihiko MIZUTA and Yusuke YASUDA | 75-80 |
| A Study on Real-time Ground Motion Waveform Transmission using Satellite Communication Channel : Akihiro SHIBAYAMA, Masafumi HOSOKAWA, Kazuya MITSUJI, Susumu OHNO and Masato MOTOSAKA | 81-84 |
| Study on Structure and Ground Vibration Reduction Using Wave Barriers： Miao CAO and Masato MOTOSAKA | 85-90 |
| Experimental Study of Feed forward Type Damping Structure Based on Immediate Transmission of Earthquake Observation Data : Masatomo TANINO, Masato MOTOSAKA and Kazuya MITSUJI | 91-94 |
| Control of Seimic Response Displacement of Three Story Base Isolated Structure Specimen by Friction Damper with Joint Mechanism : Norio HORI and Ziyou ZHAO | 95-100 |
| Dynamic Characteristics of a Historical Masonry Building Located in Akita：Carlos CUADRA | 101-106 |
| Estimation of Vibration Characteristics of the Existent Building by using Kalman filter : Yoshiyuki TAKAHASHI, Kazuya MITSUJI and Masato MOTOSAKA | 107-112 |
| Applicability of CADMAS-SURF for Estimation of Detached Breakwaters’ Effects on Tsunami Disaster Prevention : Minoru HANZAWA, Akira MATSUMOTO and Hitoshi TANAKA | 113-118 |
| Tsunami Trace Distribution around Building-Examples in the 2009 Samoa Earthquake Tsunami- : Hideo MATSUTOMI and Kenji HARADA | 119-124 |
| Analysis of Bathymetry Change around Groyne System on Ishinomaki Coast：WIDYANINGTIAS and Hitoshi TANAKA | 125-130 |
| Study of Geomorphic Change around Headlands in the Southern Sendai Coast : Atsuhiko SUZUKI, Keiko UDO and Akira MANO | 131-136 |
| Measurements of Bore Propagation over Conical Shoal by Non-contact Method : Ran HAMAMOTO and Hideo MATSUTOMI | 137-142 |
| Geotechnical Properties of Volcanic Ash Soils Distributed in Aratosawa and Hiyashi-sawa Landslide Area, Kurihara, Miyagi Pref. : Jun UMEMURA, Katsushige HARA, Katsuya HASHIMOTO, Akihito ISHIZUKA and Mikiya ASHIDA | 143-148 |
| Observation of Aeolian Sand Transport of a Slope : Shota MITSUSHIO, Keiko UDO, Akira MANO | 149-154 |
| Study on Heavy Daily Rainfall Due to General Circulation Models : Seiki KAWAGOE and Keisuke ONO | 155-160 |
| Glacier Retreat and Resulting Water Resource Problems in Bolivia : Hitoshi TANAKA and Akira MANO | 161-166 |
| Field Observations on Aquatic Environments in Tuni Reservoir Basin : Makoto UMEDA and Yoshihiro ASAOKA | 167-172 |
| Water Environment and Inhabitation of Corbicula Japonica in Lake Jusan : Yukihiko ISHIDA, Makoto UMEDA, Hitoshi TANAKA, Mikio SASAKI and Katsuyoshi NAGASAKI | 173-178 |
| Experiment Concerning Infl uence of Vegetation on Embankment Back Slope Erosion by Overflow : Motoyasu SATO, Takeshi NOTE, Keiko UDO and Akira MANO | 179-184 |
| Study on Monitoring Method of River Flow Conditions by use of CCTV Images : Yuta OCHIAI, Makoto UMEDA and Shigenori SAITO | 185-190 |
| Overwashed Sediment into the Gamo Lagoon in Nanakita River Mouth and Effectiveness of the Overwash Prevention Construction：Xuan Tinh NGUYEN, Ryutaro HIRAO and Hitoshi TANAKA | 191-196 |
| Investigation of Shoreline Change Trends around Nanakita River Mouth using Aerial Photograph：Eko PRADJOKO and Hitoshi TANAKA | 197-202 |
| Experimental study on washed-away mechanism of bed protection works paved along upstream area of a diversion dam : Hajime MIWA | 203-208 |
| Measurement of Vertical Distribution of Velocity and Salinity in Mitoguchi Channel, Lake Jusan：Atas PROCOYO, Makoto UMEDA, Hitoshi TANAKA and Mikio SASAKI | 209-214 |
| Characteristics of Air Pollution Materials at Akita Prefecture : Satoru SATO | 215-220 |