Sub-Categories in General and Common Sessions　
( [　 ]：Japanese )　

Solid dynamics[固体力学], calculation dynamics (structural)[計算力学（構造）], calculation dynamics (non-structural)[計算力学（非構造）], calculation dynamics (algorithm)[計算力学（アルゴリズム）], plasticity and elasticity[弾塑性], finite displacement[有限変位], buckling and bearing capacity (girder)[座屈・耐荷力(桁)], buckling and bearing capacity (column)[座屈・耐荷力（柱）], buckling and bearing capacity (plate)[座屈・耐荷力(板)], buckling and bearing capacity (others)[座屈，耐荷力（その他）], framework and frame member[骨組・骨組部材], thin-walled structure[薄肉構造], plate[板], shell[シェル], non-destructive evaluation[非破壊評価], destruction dynamics[破壊力学], fatigue[疲労], welding[溶接], junction[接合], joint[継手], composite construction (theory and experiment)[合成構造（理論・実験）], composite construction (design and construction)[合成構造（設計・施工）], floor slab[床板], bridge - general (design)[橋梁一般（設計）], bridge - general (construction)[橋梁一般（施工）], bridge-general (measurement)[橋梁一般（測定）], expert system[エキスパートシステム], special construction[特殊構造], optimum design[最適設計], safety and reliability[安全性・信頼性], maintenance management[維持管理], structural planning[構造計画], structural landscape view planning[構造景観], bridge vibration (theory)[橋梁振動（理論）], bridge vibration (experiment and measurement)[橋梁振動（実験・測定）], wind resistance and wind engineering (numeric fluid)[耐風・風工学（数値流体）], wind resistance and wind engineering (foundation)[耐風・風工学（基礎）], wind resistance and wind engineering (response prediction and control)[耐風・風工学（応答予測・制御）], wind resistance and wind engineering (case report and observation)[耐風・風工学（事例報告・観測）], vibration[振動], wave motion[波動], impact (analysis)[衝撃（解析）], impact (experiment)[衝撃（実験）], vibration control (passive)[振動制御（パッシブ）], vibration control (active)[振動制御（アクティブ）], vibration control (case report)[振動制御（事例報告）], construction of vibration isolation (theory and design)[免震構造（理論・設計）], construction of vibration isolation (experiment and observation)[免震構造（実験・観測）], earthquake disaster[震害], seismic wave (hypocentral property)[地震動（震源特性）], seismic wave (long period)[地震動（長周期）], ground vibration (observation)[地盤振動（観測）], ground vibration (analysis)[地盤振動（解析）], seismic risk[地震危険度], dynamic response analysis method[動的応答解析法], seismic response analysis[地震応答解析], construction identification[構造同定], earthquake resistance of bridge[橋梁の耐震], earthquake resistance of foundation (experiment and observation)[基礎の耐震（実験・観測）], earthquake resistance of foundation (analysis)[基礎の耐震（解析）], earthquake resistance of dam[ダムの耐震], earthquake resistance of tunnel[トンネルの耐震], earthquake resistance of underground structure[地中構造物の耐震], earthquake resistance of tank[タンクの耐震], earthquake resistance of urban facilities[都市施設の耐震], earthquake disaster prevention[地震防災], earthquake-resistant design method[耐震設計法], air-space structure[宇宙構造物]，Numerical analysis[数値解析]，diagnosis・repair・reinforcement[診断・補修・補強]，earthquake engineering of real-time[リアルタイム地震工学]，lifeline[ライフライン]

Wave motion[波動]， braking wave and sojoo[砕波・遡上]， wind wave and irregular wave[風波・不規則波]， high tide・tsunami and long-period wave[高潮・津波・長周期波]， boundary mechanism process of sea bottom and sea water[海底・海水面境界過程]， stream of coastal area[沿岸域の流れ]， water quality and ecosystem of coastal area[沿岸域の水質・生態系]， wave force・fluid power・ice power and seismic power[波力・流体力・氷力・地震力]， structures using wave and flow control[波・流れ制御・利用構造物]，sea coast・ocean・port and harbor・fishery facilities[海岸・海洋・港湾・水産施設]， drift sand mechanism[漂砂機構]，settling sand and spray[飛砂・飛沫]， coastal topography[海岸地形]， drift sand control[漂砂制御]， local scouring[局所洗掘]， bottom sludge[底泥]， sea bottom ground[海底地盤]， sea coast disaster and prevention[海岸災害・防災]， sea coast environment[海岸環境]， sea coast and ocean resources and its use[海岸・海洋の資源・利用]， port and sea coast planning[港湾・海岸計画]， fluid dynamics - general[流体力学一般]， hydraulics of pipe flow[管路の水理]， hydraulics of open channel flow[開水路の水理]， turbulent flow[乱流]， computational fluid dynamics[数値流体力学]， flow and scour around structures[構造物周辺の流れ・洗掘]， fluid force[流体力]， diffusion and dispersion[拡散・分散]， density induced flow[密度流]， quicksand (debris flow, mud flow, flow of heat-broken rock, bed load, suspended load, wash load)[流砂（土石流，泥流，火砕流，掃流砂，浮遊砂，ウオッシュロード）]， sediment yield[土砂の生産・流出]， sediment balance[土砂収支], flow course and river bed configuration[流路・河床形態]， flow course and river bed variation[流路・河床変動]， river morphology[河川地形]， river phase[河相]， control of flow and sediment[流水・流砂の制御]， control of flow and river bed[流路・河床の制御]， integrated sediment control and management[水系土砂管理]， river channel hydraulics [河道の水理]， hydraulics of inundation[氾濫流の水理]， hydraulics of vegetated channels[植生水理]， river works and hydraulics[河川工法と水理]， hydraulic structures[水理構造物]， hydraulics and water quality in estuaries[河口の水理・水質現象]， hydraulic and water quality in lakes and closed waters and closed water area[湖沼・閉鎖水域の水理・水質現象]， hydrobiology (aquatic biology, hydrobiological phenomena)[水界の生物現象]， river and lake environment[河川湖沼環境]， underground hydraulics and hydrology[地下水理・地下水文]， hydraulic instrumentation[水理計測]， hydrologic observation[水文観測]， hydrologic statistics[水文統計]， runoff analysis[流出解析]， flood forecast[洪水予報]， flow condition control[流況制御]， river planning and management[河川計画・管理]， water resources planning and management[水資源計画・管理]， hydrometeor (rainfall, cloud)[大気水象（降水，雲）]， macro-scale hydrologic process[マクロスケール水文過程]， land-atmosphere interactions (evapotranspiration, snow melt, water and energy cycles)[大気陸面相互作用(蒸発散，融雪，水・エネルギー循環）]， water disaster[水災害]， international water issues[国際的水問題]， international cooperation[国際協力]

Physico-chemical property of soil[土の物理化学的性質], Strength-deformation of sand[砂の変形強度], Strength-deformation of clay[粘土の変形強度], Dynamic property of soil[土の動的性質], Dynamic property of ground[地盤の動的性質], Compression・Consolidation[圧縮・圧密], Earth pressure[土圧], Ground pressure[地圧], Slope stability[斜面安定], Stress and deformation of ground[地盤の応力と変形], Bearing capacity[支持力], Permeability・Seepage[透水・浸透], Rock property[岩の性質], Technological property of rock[岩の工学的性質], Test procedure・Investigation procedure[試験法・調査法], Evaluation of rock mass[岩盤評価], Monitoring on site / Measurement[現場計測], Pile[杭], Foundation engineering[基礎工], Tunnel[トンネル], Shield tunneling method[シールドトンネル], Underground opening and Underground structure[地下空洞と地下構造物], Underground utilization[地下利用], Excavation[掘削], Earth retaining[土留め], Soil stabilization・Ground improvement[土質安定処理・地盤改良], Liquefied soil stabilization[流動化処理土], Reinforced soil[補強土], Compaction[締固め], Subgrade・Base course / subbase[路床・路盤], Fill dam[フィルダム], Frost action・Frozen soil[凍結・凍土], Unusual soil/Problem soil[特殊土], Environmental Geotechnics[地盤環境], Safety・reliability[安全性・信頼性], Numerical analysis[数値解析], Construction Machine[施工機械], Volcanology[火山工学]

Planning Theory[計画理論], Historical Studies in Civil Engineering[土木史], Risk / Reliability Analysis[信頼性・リスク分析], Social / Economic Analysis[社会・経済分析評価], Project Evaluation[プロジェクト評価], Information Processing[計画情報・情報処理], Surveying・Remote Sensing[測量・リモートセンシング], Construction Management[施工管理計画], Resource・nergy[資源・エネルギー], Disaster Prevention[防災計画], Analysis of Disaster[災害分析], Regional Planning・City Planning[地域・都市計画], Land Use[土地利用計画], Environmental Planning[環境計画], Landscape and Civic Design[景観工学], Recreation Planning[観光・余暇計画], Transportation/Trip Survey[交通調査方法論], Trip Generation[交通発生], Trip Distribution[交通分布], Modal Split[交通手段分担], Traffic Assignment[交通配分], Transportation Network[交通ネットワーク], Transportation Assessment[交通アセスメント], Transportation Demand Management[交通需要マネジメント], Traffic/Transportation Information[交通情報提供], Evaluation of Level of Service[交通サービス評価], Public Involvement・Citizen's Participation[パブリックインボルブメント・住民参加], District Transportation Planning[地区交通], Parking Facility・Station Square[駐車場・駅前広場], Pedestrian・Bicycle Transportation[歩行者・自転車交通], Advanced Age / Handicapped Transportation[高齢者・身障者交通], Public Transportation[公共交通], Port[港湾計画], Airport[空港計画], Physical Distribution・Logistics[物流], Road Engineering[道路工学], Traffic Flow[交通流], Traffic Control[交通制御], Public Nuisance by Transportation[交通公害], Traffic Accident Analysis[交通事故], Railway Engineering (Track Dynamics)[鉄道工学（軌道力学）], Railway Engineering (Track Maintenance / Track Structure)[鉄道工学（軌道保守・軌道構造）], Railway Engineering (General)[鉄道工学（一般）], Railway Engineering (Disaster Prevention)[鉄道工学（防災）], Infrastructure Planning in Developing Countries[開発途上国]

Pavement in general[舗装一般], Evaluation of surface conditions on the pavement[舗装の路面評価], Structural evaluation of pavement[舗装の構造評価], Particle-shaped materials for subgrade and pavement[路盤・舗装用粒状材料], Asphalt materials[アスファルト材料], Pavement materials in particular[特殊舗装材料], Cement-based pavement[セメント系舗装], Recycling[リサイクル], Construction materials in general[材料一般], Innovated materials[新素材・新材料], aggregate for concrete[骨材], Admixture[混和材料], Flesh concrete[フレッシュコンクリート], Self-compacting concrete[高流動コンクリート], Under-water concreting[水中コンクリート], Lightweight concrete[軽量コンクリート], Shotcrete[吹付けコンクリート], Fiber reinforced concrete[繊維補強コンクリート], Continuous fiber reinforced concrete[連続繊維補強コンクリート], Prestressed concrete[プレストレストコンクリート], Marine concrete[海洋コンクリート], Concrete in particular[特殊コンクリート], Concrete products[コンクリート製品], Physical behavior of concrete[物性], Tension / compression[引張・圧縮], Creep / shrinkage[クリープ・収縮], Cracks[ひび割れ], Thermal stress[温度応力], Construction work[施工], Concrete Pumping[ポンプ圧送], Compaction[締固め], Maintenance[維持管理], Durability[耐久性], Corrosion and its prevention[腐食，防食], Freezing and thawing[凍結融解], Alkali-aggregate reaction[アルカリ骨材反応], Non-destructive tests[非破壊検査・診断], Repair / re-strength[補修・補強], Fracture mechanics[破壊力学], Shear / torsion[せん断・ねじり], Earthquake proofing[耐震], Bond / joint[付着・継手], fatigue / impact loading[疲労・衝撃], Synthetic / hybrid structure[合成・複合構造], Numerical analysis[数値解析], Structure design[構造設計]

The Construction Management[建設マネジメント], The bid and the contract[入札・契約], The Estimate[積算・見積], The construction technology evaluation[建設技術評価], PFI[ＰＦＩ], The Quality Assurance[品質保証], The Intelligent Construction work[情報化施工], CALS[建設ＣＡＬＳ], The Intelligent Construction Control[知的情報処理], The Quality Control[品質管理], The Construction Schedule Control[工程管理], The safety Control[安全管理], The Construction Plan[施工計画], The Renewal Technology[維持管理・補修・補強・更新(リニューアル)], The inspection technology and the diagnosis[検査技術・診断], The measurement[測量・計測], GIS[ＧＩＳ], GPS[ＧＰＳ], The Remote Sensing[リモートセンシング], The construction machine[建設機械], The Construction Equipment[施工設備] , The Automation of Construction work[施工の自動化・省力化], Development of technology[技術開発], The river Structures[河川構造物], The harbor Structures[港湾構造物], The Offshore Structures[海洋構造物], The airport[空港], The Bridges[橋梁], The foundations[各種基礎], Support wall for earth pressure[土留め], Cut and cover[開削トンネル], Specialized structures[特殊構造物], The Soil Structures[土構造物], The soil remediation[地盤改良], Shield Tunnel[シールドトンネル], Rock Tunnels[山岳トンネル], Dams[ダム]

Environmental Planning[環境計画], Global Environmental Problems[地球環境問題], Environmental Problems in Developing Countries[途上国環境問題], Environmental Awareness / Environmental Education[環境意識・環境教育], Environmental Ethics[環境倫理], Environmental Economics[環境経済], Life Style[ライフスタイル], Environmental Impact Assessment[環境影響評価], Recycle oriented Society[循環型社会], Material Circulation System[物質循環システム], Life Cycle Assessment[ライフサイクルアセスメント（ＬＣＡ）], Environmental Risk Evaluation / Management[環境リスク評価・管理], Environmental Monitoring / Analysis[環境モニタリング・解析], Ecological Monitoring / Analysis[生態系モニタリング・解析], Regional Environmental Planning/Management[地域環境計画・管理], Waterside Environmental Planning / Management[水辺環境計画・管理], Watershed Environmental Planning / Management[流域環境計画・管理], Forest / Vegetation[森林・植生], Greenery[緑化], Environmental Conservation[環境保全], Environmental Creation/Biotope[環境創造/ビオトープ], Eco-engineering[生態工学], Bioremediation[バイオレメデイエーション], Environmental Purification Technology[環境浄化技術], Natural Purification Function[自然浄化機能], Water Environment Modeling[水環境モデリング], Water Environment (River, Lake, Coastal Area)[水環境（河川環境，湖沼環境，海域環境）], Environment of Bottom Sediment[底泥環境], Water Purification Treatment[浄水処理], Wastewater Treatment[下水処理], Physical and Chemical Treatment[物理化学処理], Anaerobic Treatment[嫌気性処理], Aerobic Treatment[好気性処理], Membrane Separation/Treatment[膜分離・処理], Biological Membrane Treatment[生物膜処理], Nutrient Removal[栄養塩除去], Advanced Treatment[高度処理], Sludge Treatment / Disposal / Reuse / Recycle[汚泥処理・処分・資源化・リサイクル], Waste Collection / Treatment / Disposal Plan[廃棄物収集・処理・処分計画], Disposal Site Management[埋立処分場管理], Recycle of Industrial and Building Wastes [産業・建設廃棄物のリサイクル], Urban Environment[都市環境], Atmospheric Environment[大気環境], Offensive Odor[悪臭], Heat Environment / Energy[熱環境・エネルギー], Noise / Vibration[騒音・振動], Genetic Engineering[遺伝子工学], Microorganism[微生物], Toxicity Assessment[毒性評価], Environmental Pollution of Hazardous Substances[有害物質環境汚染], Exogenous Endocrine Disrupting Chemicals Pollution[内分泌攪乱化学物質汚染], Soil/Groundwater pollution (Analysis, Remedy Technology)[土壌・地下水汚染（分析、修復技術）], Water Resources / Water Supply and Demand[水資源・水需給], Water and Wastewater Management[上下水道管理], Urban Runoff Management[都市雨水流出管理]　

CS1　Disposal technology of radioactive waste[放射性廃棄物の処分技術]

CS2　: Characteristic and design method of compound (composite, SRC, and mixted) structure[複合(合成、SRC、混合)構造の特性と設計法]

CS3　Use and possibility of digital image in engineering works field[土木分野におけるデジタル画像の利用と可能性]

CS4　About application and the possibility of intellectual information processing technology[知的情報処理技術の適用と可能性について]

CS5　Preservation and use-preserving of the modern ages inheritance -aspect of engineering science for the preservation[土木遺産の保存・活用−保存工学的視点から−]

CS6　Aiming at the integration of the maintenance technologies of the infrastructure社会資本のメインテナンス技術の統合化を目指して

CS7　: Floor slab of road bridge[道路橋床版]

CS8　Diversified use of underground space[地下空間の多角的利用]

CS9　Cost Reduction and Low-Cost Construction [建設コスト削減、低コスト工法]

CS10　Engineering and Construction in International Projects and Technology Transfer[海外事業の実施と技術移転]